Home

BeanGateway® user Manual

1. Rethinking sensing technology BeanGateway User Manual Mounting Holes d Mounting brackets 7 1 4 Mounting brackets design 850 673 SEC TION A A Please consider the environment before printing this document Page 34 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 1 5 Plug the 2 4GHz antenna v The BeanScape provides a Wireless Network Diagnostic tool Real Time PER amp LQI estimation Energy Scan on RF Channels allowing the user to evaluate the RF Link between the BeanDevice and the BeanGateway v Only the hardware version V3 4 of the BeanGateway comes with antenna diversity The antenna socket used on the BeanGateway indoor is a RPSMA Reverse polarity SMA type this type of antenna is a standard for indoor application Plug your RF antenna on the antenna socket of your BeanGateway clockwise Do not force on the connectors s Option GPS An e nAir V Antenna socket RPSMA Don t try to plug another type of antenna on your Beangateway you will damage the connectors Please consider the environment before printing this document Page 35 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 1 5 1 BeanGateway outdoor version r Click on the following weblink to see the video Bean
2. 17 6 2 1 4 Embedded file system on Micro SD Options sse 17 6 2 2 GPS Module BeanGateway amp GTW GPS version ssesessssssssssseenne nennen nnns 18 6o 72111019 Be 116 UO eee meaner TRUE E 19 6 3 4 BeanGateway Indoor Version ccccccscssecccceeeeeceeeeeeeceeeeeesaeeeeeeeeeeeeesaueeeseeeeeeeessaaaseeeeeeeesssaaaaesss 20 6 3 2 BeanGateway Outdoor version cccccssesescccceeeecseeseeececeeeecaeeessecceeeeesaaeeseeceeeesssuaaaeeeeeesesseuaaaeess 22 633 Led DES CDI e g MR m 24 6 4 Antenna SPSCHICATIONS RTT Umm n 25 641 24GHZ2 ndoo di aam mE m 25 6 4 1 2 4 GHz Outdoor Antenna ccccccccceceesececcanseecceaseeeceasececsaueeeceauseeessasececsageeecsaueeeesauseesssuseeeses 26 6 4 2 GPS Antenna available only on the BeanGateway GPS cccccccsseeeeeeeeeeeeeeaesseeeeeeeeeeeeaaaeees 27 6 5 Integrated UPS Uninteruptible power supply seeeeeesessseeeeeeeeennnnnnnnnennnn mnes 27 6 6 Serial Line specifications RS292 R9485 uide detienen aiai banni d ku ees bloc deua sud a tees desi bus deve ea ded dues es 29 6 6 1 RS232Line BeanGatewayO Indoor only seeeeeeeessssseseeeeseeeeeeeeennnnnn nennen nnns 29 SUN EEI cUUw IEI LUII 29 0 6 12 T Uietoco 29 SN MEI IURI ES 30 6 6 2 1 Tec
3. BeanScape BeanGateway Socket Connexion Request ACK Server Client Listen for socket connexion Please consider the environment before printing this document Page 83 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual Ste D 2 eThe BeanGateway profile is retained on its flash memory This profile contains are the informations about the BeanGateway ID NWK Add Bea nGateway PAN ID MAC ID IP versions ID Hardware embedded software Profile stack Radio Management parameters Radio channel TX Power Em eThe BeanGateway profile is transmitted to the BeanScape Transmission dii i BeanScape Bedncatewny BeanGateway profile Transmission ACK BeanGateway profile are backuped ona Flash memory BeanGateway profile is backuped on BeanScape Database Please consider the environment before printing this document Page 84 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual e The WSNmapping concerns all the Beandevice profile The WSN Step 3 VAY mapping is backuped on the BeanGateway flash memory When a new BeanDevice joins a WSN its profile is transmitted to the MI a D pi ng BeanGateway and the BeanScape e The BeanScape displays the WSN Mapping with the BeanDevice profile e WSN Mapping is backuped on the BeanScape Database transmission Bean
4. Component List PAN ID 0 x 2238 Server status Started d marrer cx CWINDO J Jennic JN51 3 Fir X Windows M X BeanScape Sensor Alarms BeanGatew jeanGatew p Nouveau D Please consider the environment before printing this document Page 54 87 Document version 2 2 BeanGateway User Manual Rethinking sensing technology Document type User Manual Choose the configuration Port Serial Port or Ethernet Select the Serial Port on your PC Enabled case DHCP if the IP address of your BeanGateway Subnet mask Subnet Gateway IP Address DNS Enabled if the case is checked BeanScape PC Socket Port network BeanScape PC IP Address BeanGateway configuration p a Sela amp tion configuration port Serial port Select serial port Serial port Selection du type de configuration Tep lP configuration LC DHCP Enabled Paani ateway T cplP IP address Sub network mask Gateway IP address Beans cape Fort IP address Domain name Localize the Ethemet entire device Ethernet contig conn ected on Select gt Localize the LAN router lt Empty gt alive Timeout ms Keep KeepAlive App Contig Enabled Timeout ms 5000 Interval ms 1000 s Max attempt nbr 3 Keep alive interval ms Keep alive max Configuration via Eth
5. Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Local Area Connection Status General Connection Status Connected Duration 01 30 24 Speed 100 0 Mbps 55 131 Sent eT Received Packets aia Pete You get the following window BS Local Area Connection Properties PIX Connect using ES NVIDIA nForce Networking Controller This connection uses the following items E Client for Microsoft Networks a File and Printer Sharing for Microsoft Networks dll QoS Packet Scheduler Internet Protocol TCP IP Description Transmission Control Protocol Internet Protocol The default wide area network protocol that provides communication across diverse interconnected networks C Show icon in notification area when connected v Notify me when this connection has limited or no connectivity v Double click v Internet Protocol TEFAF v You get the following window Please consider the environment before printing this document Page 49 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Internet Protocol TCP IP Properties General Alternate Configuration You can get IF settings assigned automatically if your network supports this capability Otherwise you need ta ask your network administrator Far the appropriate IP settings 5 Obtain an IP addr
6. RF Power Tx Power 7 dBm v Press on validate button to start scanning different radio channels Please consider the environment before printing this document Page 62 87 Energy Scan Date 02 06 2010 14 08 46 Dur e 138 24 ms Panid 10 250 200 150 Select RF channels with the least detected activity 260 240 220 200 180 160 140 120 Energy Detect 100 80 60 110 100 90 80 TO 60 50 40 30 20 10 Fower dBm aE Table to convert the Energy Scan power in dBm o is strongly recommended to perform an Energy Scan on a site before a major deployment of wireless sensor network Please consider the environment before printing this document Page 63 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 6 3 1 1 Authorized RF channels Click on the following weblink to see the video Automatic RF Channel selection Select the RF channels which must be used The RF channels which are not selected are blacklisted from the energy scan process amp automatic RF channel selection Click on the Validate button Used RF channels configuration 1112 13 14 15 16 17 18 19 20 21 22 23 24 25 26 A 4 GA A 4 4 444 4 4 44 4 4 8 6 4 System Configuration File Server Tools BeanGateway Help ld e C ID 0x 00158D00000E0088 BeanGateway profile ii
7. Rethinking sensing technology Document type User Manual BeanGateway User Manual The contents are confidential and any disclosure to persons other than the officers employees agents or subcontractors of the owner or licensee of this document without the prior written consent of BeanAir GmbH is strictly prohibited BeanAir makes every effort to ensure the quality of the information it makes available Notwithstanding the foregoing BeanAir does not make any warranty as to the information contained herein and does not accept any liability for any injury loss or damage of any kind incurred by use of or reliance upon the information BeanAir disclaims any and all responsibility for the application of the devices characterized in this document and notes that the application of the device must comply with the safety standards of the applicable country and where applicable with the relevant wiring rules BeanAir reserves the right to make modifications additions and deletions to this document due to typographical errors inaccurate information or improvements to programs and or equipment at any time and without notice Such changes will nevertheless be incorporated into new editions of this document Copyright Transmittal reproduction dissemination and or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited Offenders will be held liabl
8. c1ccccccseecccccseeccescneecessneseessneeeeeeas 62 8 6 4 System Configuration itr tht tron h nente park adu kR epe erasa Fd ER ppNI IA RasR Lesen spo AI Xs ERR Rs Es roA sd the 64 8 6 5 GPS module ic d CERTE TTTR m 66 ak Eog Fegan MEO 70 8 7 1 Log file system OVEIVIGW ncs 002i vectntossmaccoctsanteteinnqutadirueisiniieeutocueadiadaioreutaenectiseeibeauiednentintecawuntncluaiinrs 70 Please consider the environment before printing this document Page 5 87 Rethinking sensing technology Document type User Manual BeanGateway User Manual NNNM felisa 70 8 7 3 GPS Log File Organization BeanGateway GPS only cece cece eee e ee eeeeeeeeeeeeeeeeeeeeeeeeeaaaaaas 72 673 1 LOOTIC NAMING TUMA ee ax vus aqua eua eR da aS pw ul Tw Ur D 72 631 LOO c 72 8 7 4 Network diagnostic file organization elsssesessssesseeeeeseee eene nnne nnn nnn nnns 73 8 7 4 1 Log file naming format 0 ccccccsscecccnsceecccsaseccnsusecensuuseecsacsecenscesensausesesausesensauesessaneesens 73 OLA LOO MC QUAY SIS EEreE haii 73 9 MAINTAINING AND SUPERVISING BEANGATEWAYOQ seeseeeeeeeennnnnnnnnenennnnnnnnnnnnnnnnrr nnn nennen nnns 76 9 1 Diagnosis using BeanScapeQ ssssssssssssssseseseee nennen nnne nn nsn nnnai nnn n rris nsns aar inni rins nnns anis nnns 76 9 1 1 Knowin
9. 11 2 SENSITIVITY TO RADIO FREQUENCY T further information please refer to the application note AN RF 007 Beanair WSN Deployment 11 3 TEMPERATURE The BeanGateway operating temperature is 20 C to 65 C It is recommended not to exceed these ranges This could permanently damage the BeanGateway 11 4 HUMIDITY BeanGateway outdoor version can operate in a 90 humid environment However the IEEE 802 15 4 radio waves may deteriorate in the presence of water Avoid placing the BeanGateway in an enclosure surrounded by water almost bushy plants plants are composed of 9096 water 11 5 REFLECTIONS OBSTRUCTIONS AND MULTIPATH T further information please refer to the application note AN RF 007 Beanair_WSN_Deployment 11 6 SHOCKS amp VIBRATIONS BeanGateway can withstand the shocks of intensity exceeding 2g Avoid dropping the BeanGateway Secure the BeanGateway to a wall pole or on a DIN rail Please consider the environment before printing this document Page 79 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Do not force on the connections 11 7 ANTENNA Depending on the type of antenna omnidirectional bidirectional orient it in a particular position so that the emitted field is optimal See field emission 1 2 1 When you move the BeanGateway make several tests by changing the orientation of the antenna and get
10. pene T E E 1 T penses T T E C semiotics E comeded tothe laptaBBE D BeanGateway BeanGateway BeanGateway BeanGateway All Please consider the environment before printing this document Page 12 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual 5 DOCUMENT ORGANIZATION BeanGateway product presentation e Details the BeanGateway product presentation BeanGateway installation guidelines e Details the installation guidelines of the BeanGateway Starting your application e Details the BeanGateway supervision from the BeanScape Maintaining and supervising your BeanGateway e Details the BeanGateway maintenance for experienced user Troubleshooting e BeanGateway FAQ e Describes environnemental constraints temperature Environnemental Constraints humidity mechanical chocs vibration Please consider the environment before printing this document Page 13 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 BEANGATEWAY PRODUCT PRESENTATION v tis highly recommended to read all the user manual related to BeanAir software amp equipment BeanScape 9 BeanGateway BeanDevice before getting start your BeanGateway Y Use only accessories supplied by BeanAir power supply unit and antenna Use of other materials may dam
11. 06 12 2010 12 42 47 Sensld O RawMeasure 32767 474 06 12 2010 12 42 48 Sensld RiawMeasure 32767 502 06 12 2010 12 42 49 Sensld O RawhMeasure 32767 530 06 12 2010 12 42 50 Sensld O RawMeasure 32767 558 06 12 2010 12 42 51 Sensld O RawMeasure 32767 586 06 12 2010 12 42 52 Sensld O RawMeasure 32767 614 06 12 2010 12 42 53 Sensld O RawMeasure 32767 810 06 12 2010 12 43 00 Sensld O RawMeasure 32767 838 06 12 2010 12 43 01 Sensld RawMeasure 32767 Please consider the environment before printing this document Page 43 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 3 6 Logtext files generated by the application The log text files generated by the application are those generated by the BeanScape Individual log files are created for each sensor The format of the file name is OxXXXXXXXXXXXXXXXX_Y txt where X represents the character 16 characters of the MaclD BeanDevice and character Y is the sensor ID question Once the logs are processed the measurements are converted into their own unit for example in the case of a temperature sensor the measure will be expressed in degrees Celsius C Example A BeanDevice TH humidity temperature having sensors attached a humidity sensor and a temperature sensor the MacID is 0x0011223344556677 Ids and associated sensors are respectively 0 and 1 After the log o
12. 4 2 Type of file created on the memory card Data stored on the memory card is formatted as raw data That is to say that the generated files are not directly readable as it is An application is required to convert them into text file This application is the raw BeanGateway log parser 7 3 5 Using the Data converter application from raw file to text file 7 3 5 1 Location of the converter The conversion application can be found in the directory where the executable BeanScape BeanScape exe file is found By default the install location path would be C Program Files V BeanScape The executable file can be identified by the name AppliBeanRawLogConverter exe The complete path is C Program Files V BeanScape X AppliBeanRawLogConverter exe if it is a default installation 7 3 5 2 How to use the conversion application Once the application is launched it is very easy to use Y Click on Open Raw Log File to open the raw log file Y Adialog box prompts you to select the log file from the SD card of the BeanGateway file ending with the extension blg v Once done the first information displayed in the application window o Atthe top table are the general information about the BeanDevice and sensors connected to it MaclD number of sensors sensor technology measuring range o Inthe lower part text box are the unconverted measurements and the dates involved and at the end of the text are inform
13. El LI MAC ID 0 x O0158D0000044402 Data BeanGateway profile Identity Network Diagnostic 4 r Battery Status Macide Network quality aant 10 Disable discharge 7 Panid EE Global PER M Disable charge C Not ia ME csr M Donde Charge over current te NTETE iris 14 Power Supply Diagnostic Fete One Version Temperature Na o e e Overvoltage Radomodue AION O cocos EERTENIEM Hard vers Wins Power mode unknown amp Diagnostic cycle 73 000625 sec Soft vers Vint Battery voltage w v Tx power GE oem Prot stack EEE 802 15 4R0 Battery level Na OO Radio channel 15 Custom display Notes Configuration System Config Telemetry mode Gsm module Gps module Module Logger BeanGateway logger status Logger activation Enabled Logger ready 9 C Enable logger Disable logger Validate BeanGateway logger config Component List Sot E PAN ID 0 3448 Server status Started Once the Logger mode is enabled do not remove your Micro SD before switching off your BeanGateway If you remove your card Micro SD during the writing phase the Micro SD may get corrupted and you may lose all the measurements stored in it Please consider the environment before printing this document Page 45 87 Document version 2 2 Rethinking sensing technology BeanGateway User M
14. MAC ID 0x 00758D00000E0156 x i MAC ID 0x 00158D00000E0095 Identity o Radio Configuration c MAC ID 0x 00000000000123AB Mac ld CETTE Tx power IAM E Seb MAC ID Ox O01S8D00000202 6 ros ERN Radio channel SN Net ld MO 5 Used RF channels Ur HEN Version Power Supply Diagnostic Hard vers VaR4 sd Temperature p Soft vers vim 1 Power supply Power mode Battery voltage v Battery level x a Gps mo Diagnostic cycle configuration Diagnostic cycle um E Profile Erasement Back to default config Network profile deletion Beandevices Beandevices Beep sound configuration NENNEN Please consider the environment before printing this document Page 64 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual Parameter Description Diagnostic cycle Only available on the hardware version V1R4 You can set the BeanGateway diagnostic cycle Battery status Click on the following weblink to see the video Network Diagnostic configuration on the BeanGateway Profile This field is used forBeanevice profile erasement or factor settings erasement Back to restoration default config Network profile deletion Beandevice profiles are deleted from the BeanGateway DataBase amp RF parameters are restored to the factory settings TX power Authorized RF channels RF Channel Full Beandevice profiles are deleted amp RF parameters are restored to the facto
15. R seau oob i 0x3 0x00158DD0000AASDD Pan ld nz PER Global DENEN z Ned ENMHNEMEI PER Local A zuni Lets ME 5 Diagnostiquelnteme Version Temp rature na t Module Radio Power Module ant ex Alimentation ja o Vers Hard ving Mode de veille Ir QO M Syst me Vers Logiciel ULM Tension Batterie Na o e v Cycle Diagn Prot Stack IEEE 802 15 4R0 Niveau Batterie NA x Puissance F BeanDevice Cap Routage Nok Nbr Capteurs a gt l Liste Composants Mode de mesure actuel Parametrage Mesure Notes Config Mesur Rattaichi Trier c Mode de mesure Saver Cycle de mesure d bbommss Type PLATFORM TYPE Cacher Berani aiat x Reference PLATFORM REF Dur e d acquisition Sec lem MAC ID 0x 0015 Valider I Server Status Running Please consider the environment before printing this document Page 78 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 11 ENVIRONNEMENTAL CONSTRAINTS 11 1 SEALING BeanGateway Indoor version is provided with a protection rating IP40 BeanGateway outdoor product is provided with a protection rating P67 Do not place the BeanGateway in a maritime environment with high turbulence Avoid accumulation and infiltration of water through the back cover of the BeanGateway casing Tighten all connections that may interfere with the seal
16. RF TN 001 V1 0 Wireless range benchmarking Please consider the environment before printing this document All the BeanDevice BeanGateway All the BeanDevice9 All the BeanDevice All the BeanDevice9 BeanDevice SUN BN BeanDevice SUN XX Ecosensor All the products BeanDevice BeanDevice This technical note describes the sleeping amp active power mode on the BeanDevice BeanGateway integration on a LAN infrastructure Data acquisition modes available on the BeanDevice This document presents the DataLogger feature on the BeanDevice Description of the BeanDevice network association This document presents Pulse counter ex energy metering application and binary data acquisition features on the BeanDevice SUN BN Technical description of the Ambient light sensor available on the BeanDevice SUN XX products Network capacity characterization of Beanair Wireless Sensor Networks Current consumption estimation of the BeanDevice in active and sleeping mode Wireless range benchmarking of the BeanDevice Page 11 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 4 3 RELATED VIDEOS Beanair video link Youtube Related products D A BeanGateway Ethernet Outdoor version introduction BeanDevice AN XX amp Beandevice AN XX Extender O ne Bere Eee O Ss EM se SE 77 7 GNE
17. SD card You will lose all the data recorded on your Micro SD during a write read operation If you want to remove properly the Micro SD card firstly power off your BeanGateway Do not expose your Micro SD card in a place subject to electro static discharge and or electrical noise If your Micro SD card is damaged you should change it The BeanGateway can not read write on Micro SD HC Card which is generally used on Digital Camera video High Capacity 7 3 3 Functions The BeanGateway logger allows backing up of your measurement data on an optional memory card micro SD Card When the logger mode is enabled all the measurement data transmitted by the BeanDevice are stored on the memory card This option is not available with the Streaming Streaming Packet and SSD Smart shock detection measurement mode 7 3 4 Common Files on the memory card 7 3 4 1 Organization of Files A file is created by your BeanDevice in the root directory of the memory card The format of the file name is MXXXXXX blg where X are the last six characters forming the corresponding MacID of your BeanDevice Example for a BeanDevice MacID which is 0x00158D00000AAA02 then the created file on the memory card will be MOAAAO02 BLG Please consider the environment before printing this document Page 41 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 3
18. Specific Format Description GPS Date dd mm 20yy hh mm ss e dd day 01 31 e mm month 01 12 e 20yy year 2000 to 2099 e hh hour 0 to 23 e mm minute 0 to 59 e ss second 0 to 59 Latitude dd mm mmmm North South e dd degrees 0 90 referred to GGA sentence e mm mmmm minutes 0 59 9999 e Horiz Pos Ratio X X Horizontal Dilution of Precision referred to GGA sentence Longitude ddd mm mmmm East West ddd degrees 0 to180 e mm mmmm minutes 0 59 9999 Please consider the environment before printing this document Page 72 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual ddd mm ss Course over Ground o ddd degrees 000 360 o mm minutes 00 59 o ss seconds 00 59 Speed over ground Km hr referred to VTG sentence Satellite Number Total number of satellites in use Min 3 Max Max 12 Example of GPS log File BeanGateway GPS Coordinate Date 15 06 2012 18 43 22 PAN_ID 2125 MAC ID 00158D00000E12EB Date GPS Latitude Longitude Horiz Pos Ratio Altitude Route Velocity Satellite Nbr 29 10 2012 16 47 33 49 0 9858 North 2 4 4888 East 5 6 47 2 190 59 24 1 72 3 29 10 2012 16 48 43 49 0 9869 North 2 4 5808 East 7 4 61 6 345 53 24 33 7 4 29 10 2012 16 48 44 49 0 9873 North 2 4 5683 East 7 4 47 5 177 6 0 0 32 4 29 10 2012 16 48 45 49 0 9870 North 2 4 5719 East 7 4 51 75151 56 24 50 7934 8 7 4 Network
19. Y Reach the Start menu in the bottom left of the computer screen S The above image shows the start menu Select the folder named Control Panel Y You will find more information by opening Windows Local Area Network Connection and clicking on the Suppett tap v You will see the following window t Local Area Connection Status General Support Connection status 2 Address Type Assigned by DHCP IP Address 132 158 1 568 Subnet Mask 255 255 255 0 Default Gateway 132 158 1 1 Windows did not detect problems with this connection IF you cannot connect click Repair O default the BeanGateway IP address is set at 192 168 4 123 with the DHCP disabled The BeanGateway is considered as a client by the BeanScape server having the IP address by default set to 192 168 4 2 O sure that no antivirus firewall is blocking the Network activity between the BeanGateway and the BeanScape Please consider the environment before printing this document Page 51 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 3 START THE BEANSCAPE To start BeanScape please follow the instructions EK Start BeanScape by double clicking the icon BeansScape exe BeansScape UN Beanair E You get the following screen BeanScape File Tools Help id ug E Start the server by clicking the Start button Please consider the environment before
20. amp automatic RF channel selection Click on the Validate button Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual RF Power TX Power The TX Power unit is in dBm it represents the power ratio in decibels dB of the measured power referenced to one milliwatt mW The antenna radio power is not included If the BeanDevice PER is high or the LQI is too low try to increase the transmission power Click on the following weblink to see the video RF Power configuration on the BeanGateway Special care must be taken when using TX power at its minimum value 7dBm E Make sure than the wireless range is less than 5m E Inthe case if the RF Link is lost between the BeanGateway and the BeanDevice RF Power should be increased 8 6 3 1 Wireless sensor network diagnostic Energy Scan r Click on the following weblink to see the video Performing an energy scan on your BeanGateway When the Energy scan is requested the BeanGateway will measure the energy on each RF Channel Used during PAN initialization where the BeanGateway is trying to find the clearest channel on which to begin setting up a PAN Energy Scan Energy Scan Request lt selection gt 76 80 ms ch Used RF channels configuration 138 24 ms ch 1 12 13 14 15 16 1726112ms ch 21 22 23 24 25 a a 4 4 OA a a a az 998 40 ms ch 1981 44 ms ct 3947 52 ms ct
21. diagnostic file organization 8 7 4 1 Log file naming format The File structure is MAC ID WirelessNetwklnfo MAC ID represents the BeanGateway MAC ID 8 7 4 2 Log file analysis The log file starts with the header BeanComponent Wireless Network Information Date XX XX XX File creation date PAN ID XXXX BeanGateway PAN ID Please consider the environment before printing this document Page 73 87 Document version 2 2 BeanGateway User Manual The following parameters are logged e Date e LQI Link quality indicator e Local PER Not Available e Global PER Not Available e Battery Voltage BeanGateway battery voltage in V e Battery level BeanGateway battery level in 96 e Internal temperature Internal temperature of the BeanGateway in C e DisableDischarge If Y is displayed battery discharge is disabled Otherwise the default display value is N e DisableCharge If Y is displayed a battery charge is disabled Otherwise the default display value is N e DischargeOverCurrent If Y is displayed over current during battery discharge detected Otherwise the default display value is N e ChargeOverCurrent If Y is displayed over current during battery charge detected Otherwise the default display value is N e UnderVoltage If Y is displayed battery under voltage detected on the battery Otherwise the default display value is N e Ove
22. even dense foliage can block signal reception causing position errors or possibly no position reading at all GPS units typically will not work indoors underwater or underground E Satellite geometry shading This refers to the relative position of the satellites at any given time Ideal satellite geometry exists when the satellites are located at wide angles relative to each other Poor geometry results when the satellites are located in a line or in a tight grouping E Intentional degradation of the satellite signal Selective Availability SA is an intentional degradation of the signal once imposed by the U S Department of Defense SA was intended to prevent military adversaries from using the highly accurate GPS signals The government turned off SA in May 2000 which significantly improved the accuracy of civilian GPS receivers Please consider the environment before printing this document Page 82 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual 12 2 APPENDIX 3 HOW THE CONNECTION IS ESTABLISHED BETWEEN THE BEANGATEWAY AND THE BEANSCAPE eWhen the BeanScape is launched as a server it starts with listening for a socket connexion ste p 1 SOc ket eWhen you power up the BeanGateway a request for socket connexion is established between the Beanscape and the BeanGaterway connexion h elf this request is accepted by the BeanScape an ACK is transmitted to the BeanGateway
23. printing this document Page 52 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual BeanScape File Tools Help iid e JJ Daa OPC Click here The BeanScape server starts and creates the BeanDevice mapping based BeanScape File Tools Help BeanSensor TET a MAC ID 0 x OO158D000004D562 ED X 1 A Custom display Notes Configuration Measurement conditionning calibration Log config ENSOR_TYPE a SENSOR REF Label Chum Conversion Assistant Validate Measure reading Mode LowDutyCycle Observed values 30 12 1899 30 12 1899 30 12 1899 30 12 1899 30 12 1899 31 12 1899 00 00 00 05 24 00 10 48 00 16 12 00 21 36 00 03 00 00 Please consider the environment before printing this document Page 53 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 4 LAN ETHERNET CONFIGURATION FOR ADVANCED USER ONLY Click on the following weblink to see the video BeanGateway Ethernet LAN Configuration directly connected to the Laptop PC Please check your Network settings before you make any changes By default the BeanGateway is configured with a static IP address 192 168 4 123 This allows the user to connect fastly the Beangateway to a PC If you want to set the BeanGateway IP on your business network and get a dynam
24. the entire Wireless sensors network Data Organization from the various sensors Data Transmission to the BeanScape Backing up wireless sensors network mapping Information processing continuously even during a power outage Data recording on Micro SD card option NN NS AS Please consider the environment before printing this document Page 15 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 2 BEANGATEWAY TECHNICAL SPECIFICATIONS 6 2 1 Common specifications These specifications are common to all the BeanGateway version BeanGateway ETH BeanGateway GSM GPRS BeanGateway GSM GPRS 6 2 1 1 Wireless sensor network coordinator Specifications Wireless Sensor Network Coordinator Wireless Stack IEEE 802 15 4 IEEE WSN Topology 302 15 4 Peer to peer Star Energy Scan for choosing a suitable RF Channel BeanDevice PER Packet Error Rate calculation WSN Diagnostic tool LOI Link Quality Indicator between the BeanGateway GSM GPRS and the BeanDevice RF channels Blacklist Please consider the environment before printing this document Page 16 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 2 1 2 Ethernet LAN Network Specifications Ethernet LAN Network IPCORTIPUFSHOR LAN parameters DNS DHCP Keep Alive are configurable from the i BeanSc
25. 000001A1F9 Module Radio ID 0x 00158D00000E002C ID 0x 00158D00000E0024 Vers Hard ID 0x 00158D00000E0018 dem Rogeri Diagnostic Inteme Version Temp rature TTTTTITITITIIIIIIIIIL zzzzzzzzzzzrzzrzrrrcrzrE 5 5 b b 6 5 5 b b 5 5 5 5 b b 5 5 5 Tension Batterie INA n Mode de veille LN O Ma Prot Stack veau Batterie Mesure Notes Configuration Config System Statuts des modules Module Gsm Module Gps Module Logger Configuration du cycle de diagnostic Cycle Diagnostic Valider Effacement des profiles Retour aux configurations d origines Effacement cartographie Carto v Effacer Carto Liste Composant Configuration alarme de la BeanGateway Alame sonore D sactiv Valider Envoi de la d Cacher Ivoi de la date systeme Envoyer date syst me Envoyer Statut du Serveur D marr 8 6 5 GPS module status GPS module c c DENNEEEEEREEM Poversevno mode EE e ecco m Activation status Displays the power status of the GPS Power saving mode Displays the power saving mode status of the GPS Module Full power mode Default The power saving disabled It is the standard operating mode power is supplied to the receiver continuously and the GPS receiver continues to operate without an interrupt Tricklepower mode the power to the SiRF chipset is cycled periodically so that it operates only a fraction of the time p
26. 1 5 dB Cable Length 3m Center frequency 1575 42MHz 1 023MHz Polarization RHCP Magnetic Mount Amplified GPS Antenna Please consider the environment before printing this document Page 18 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 3 CASING DESCRIPTION The BeanGateway casing comes in two versions Enclosure Indoor Version Outdoor version ena r LAN E B ean l ate WSN ebur d Acti vity T NETWORK Y Remote sites wind water pipe gas mountains Y Wireless Sensor Networks deployment in outdoor over long Applications distances Indoor application only the product is not waterproof Test Bench on mobile equipment cars trains With Geo location of alarms events on a wireless sensor network IEEE 802 15 4 Remote monitoring of cargoes The BeanGateway GPS integrates GPS function dedicated to test bench and telemetry applications on mobile equipment train car ship Please consider the environment before printing this document Page 19 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 3 1 BeanGateway Indoor Version Click on the following weblink to see the video BeanGateway Ethernet Indoor version presentation The BeanGateway indoor has many buttons and connectors let s see their meaning with il
27. Bea nG ateway Version 2 3 2year Warranty ung Sonnii 72A ores xi Sd A EA prode in German 5 Outdoor fbanGateway ONOFF BEANAIR 2year Warranty Vai GSM LAN WSN QQ0 GPS Activity Document version 2 3 BeanGateway User Manual st Publication date 08 06 2015 Maxime Obr BeanGateway User Manual VALIDATION Function Recipients Validation Information Mohamed Yosri Jaou X X Christophe Dont Maxime Obr Embedded software engineer Mohamed Yosri Jaou Embedded software engineer The information contained in this document is the proprietary information of BeanAir Updates 28 08 2011 Christophe DONTEGREUIL e Related documents updated 20 04 2012 Christophe DONTEGREUIL e Micro SD Feature updated 10 06 2012 Christophe DONTEGREUIL e Network Cartography feature added 15 20 09 2012 Christophe DONTEGREUIL e New version of the BeanGateway GSM GPRS amp l aE BeanGateway GPS e External Mounting brackets description 2 0 17 03 2013 Christophe DONTEGREUIL o e New BeanGateway Indoor description 20 01 2014 Christophe DONTEGREUIL e BeanGateway wall mounting instructions e BeanGateway Picture changed 2 2 16 10 2014 Maxime Obraztsov l l e TimeSync function added e RS485 RS232 technical specifications added 2 3 08 06 2015 Maxime Obraztsov e ModBus Protocol Please consider the environment before printing this document Page 2 87 Document version 2 3
28. Gateway Ethernet Outdoor version introduction The antenna socket used on the BeanGateway is a N Type antenna this type of antenna is a standard for outdoor application Plug your RF antenna on the antenna socket of your BeanGateway clockwise Do not force on the connectors Antenna Don t try to plug another type of antenna on your Beangateway you will damage the connectors 7 2 POWER SUPPLY SOCKET WIRING The BeanGateway operates with an external power supply DC 8 28V An integrated rechargeable battery with a capacity of 950mAh is used as an UPS battery uninterruptible power supply The internal battery provides instantaneous protection from external power supply interruptions the wireless sensor network activity amp Ethernet LAN activity are maintained during this time 3h00 to 3h30 approximately If you use another type of DC power supply you will damage your BeanGateway v If you inverse the power supply polarity Y If the maximum supply voltage value is exceeded 28V Please consider the environment before printing this document Page 36 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 2 4 BeanGateway outdoor power supply The Beangateway Outdoor version integrates a M8 3P socket The AC DC power supply adapter is provided with a M8 3P plug External power supply wiring code 2 Not used M8 3 pins so
29. Memorization organization and data transmission to the network supervisor control monitor Transmission of configuration information to the WSN DataLogging on the Micro 6 4 ANTENNA SPECIFICATIONS 6 4 4 2 4 GHz Indoor Antenna RF antenna specifications Power Gain 5 5 dBi V S W R lt 2 0 Connector type RP SMA female Impedance 50 Ohm Polarization Vertical Dimensions Length amp 200 x 14 Diameter in mm Please consider the environment before printing this document Page 25 87 Rethinking sensing technology BeanGateway User Manual 6 4 1 2 4 GHz Outdoor Antenna E Plane Filed Patterns RF antenna specifications Power Gain 5 5 dBi V S W R 2 0 Connector type N Type male Impedance 50 Ohm Resistance to wind 180 mph Sealing IP67 Polarization Vertical Dimensions Length amp Diameter 95x19 in mm Please consider the environment before printing this document Page 26 87 ME Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 4 2 GPS Antenna available only on the BeanGateway GPS GPS antenna specifications Power Gain 28 5 dB VSWR O 153 0000000 Noise figure 1 5 dB Cord length 3 meters Centre Frequency 1575 42MHz 1 023MHz Sealing IP67 Polarization RHCP Mounting Magnetic mounting 6 5 INTEGRATED UPS UNINTERUPTIBLE POWER SUPPLY The BeanGateway operates with an external power supply DC 8 28V An integr
30. Scape BennDsUmes BeanGateway profile Transmission ACK BeanDevice profile are backuped ona Flash memory BeanDevice profile are backuped on BeanScape Database Please consider the environment before printing this document Page 85 87 Document version 2 2 BeanGateway User Manual Document type User Manual e Date transmission by NTP Net Time Protocole eTime amp Date are updated on the BeanGateway instantly Step 4 Time amp e The BeanGateway integrates a Real Time Clock directly powered by th internal battery which allows to maintain Date update the Time and Date if the BeanGateway is power donw Rethinking sensing technology BeanGateway BeanScape p Time transmission through NTP Net Time protocol ACK Computer time and date must be updated BeanGateway Time and Date is synhcronized with your PC The WSN Time amp Date are synchronized with your PC The User must make sure that the Time amp Date on his computer are correct Page 86 87 Please consider the environment before printing this document Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Please consider the environment before printing this document Page 87 87
31. age the BeanGateway v Only BeanAir is qualified to make changes on the BeanGateway v Don t try to remove the adhesive label on the product it contains important information such as the MAC address 6 1 PRODUCT OVERVIEW FOUNDATION Ethernet LAN for WSN Management Dota RX TX on TCP IP Transport Loyer Banscese WSN WSN Susarsisdon Software Sa a Wireless Sensor Tree The BeanGateway is used to build and manage BeanAir wireless sensor networks It can manage queues for every network element BeanDevice As a gateway it controls the external access to the network through a highly secured authenticated procedure It supports the conversion of data exchanged compression and IP connectivity with the network thereby reducing the intelligence required in these platforms maintenance and therefore the associated cost Please consider the environment before printing this document Page 14 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual It allows communication with the Wireless Sensors Network through IEEE 802 15 4 protocol The BeanGateway provides standard protocols for a better communication with a SCADA supervision software v LAN Ethernet v GSM GPRS The BeanGateway comes in three models versions Y BeanGateway GTW Ethernet Y BeanGateway GTW GPS It offers the following features Design configuration and supervision of
32. anual Document type User Manual 7 4 HOW TO MOUNT YOUR GPS ANTENNA AVAILABLE ONLY ON BEANGATEWAY GPS The antenna must be located in place with direct view of GPS satellites Usually the best place is on the roof with a clear view of the sky and free of obstructions such as other buildings It is important to avoid proximity with high power transmitter which could radiate energy at GPS L1 frequency 1575 42 1 023 MHz Usually the exact coordinates of GPS antenna is unknown and the GPS timing receiver will determine this location automatically In that nominal case a proper sky visibility is required a vertical observation cone in open view of a semi angle higher or equal to 65 optimum at 85 is recommended Pd ENVY Bw GPS Antenna OBSERVATION CONE Vertical axis Don t mount your GPS antenna on metallic walls your GPS antenna will not work Please consider the environment before printing this document Page 46 87 Rethinking sensing technology BeanGateway User Manual Document Document type User Manual User Manual 8 START YOUR APPLICATION 8 1 CONNECT YOUR BEANGATEWAY TO YOUR PC LAPTOP O further information about LAN Network configuration e Read the following technical note TN RF 009 BeanGateway management on LAN infrastructure r Click on the following web link to see the video BeanGateway Ethernet LAN Configuration directly connected to the Lapt
33. ape RS232 Interface or UDP Ethernet Interface 6 2 1 3 Power supply Specifications Power Supply 250 mA to 300 mA during wireless RX TX and Ethernet activated 9V to 28 V integrated Lithium lon battery charger with high precision Externa power supply battery monitoring Lithium lon rechargeable battery 950 mAh reference BATO 95DMG Integrated Lithium lon Battery In case of external power supply failure the BeanGateway can switch on the internal battery 6 2 1 4 Embedded file system on Micro SD Options Specifications Option s All the User data are stored on an external memory Micro SD technology Embedded File System on Measurement storage for Wireless Sensor Network network Micro SD configuration measurement alarms notifications Maximum storage capacity 2Go CSV files management for exporting data on Excel and Access Please consider the environment before printing this document Page 17 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 2 2 GPS Module BeanGateway GTW GPS version Y Vertical axis GPS Antenna OBSERVATION CONE Specifications GPS Features SIRF Star 3 CRo Teennotogy SBAS WAAS amp EGNOS supported IMaxmumrefes ae oo SOS Startup time Cold Start lt 35 seconds Warm Start lt 3 seconds Antenne GPS active 28 5 dB V S W R 1 5 1 Noise Figure
34. ated rechargeable battery with a capacity of 950mAh is used as an UPS battery uninterruptible power supply The internal battery provides instantaneous protection from external power supply interruptions the wireless sensor network activity amp Ethernet LAN activity are maintained during this time 3h00 to 3h30 approximately The BeanGateway starts emitting a beep sound every 2 seconds The beep sound will stop when the external power supply is restored Please consider the environment before printing this document Page 27 87 External The BeanGateway switches Power supply automatically on its internal fails down battery WSN Supervision Software Precautions Y Do nottry to change the internal battery You will void the warranty of your BeanGateway Y Use the power supply wall plug in provided by Beanair Beep sound is only available on the BeanGateway Indoor version Please consider the environment before printing this document Page 28 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 6 SERIAL LINE SPECIFICATIONS RS232 RS485 6 6 1 RS232Line BeanGateway Indoor only 6 6 1 1 Technical features RS232 is only available on the BeanGateway Indoor this feature is not available on the BeanGateway Outdoor Features Description Baud Rate Default Value 19 2 Kbps Minimum value TBD Maximum value 115 2 Kb
35. ation on the data of extraction o This is an optional information v The last step is to generate log files ending in text format by clicking on the button Generate readable log text file s A dialog box prompts you to select the destination folder where the files will be created text log v A message prompts you saying that the operation is complete Warning Newly generated files will overwrite the old files in case they have the same name Please consider the environment before printing this document Page 42 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual Application for conversing raw logs 081210 1933 cplxHeader MOAAA02Z BLG BeanGateway raw log file parser EL Ee ID AMNES DE IER m X Macld p01 58D 0000044402 Pand sB Platform Techno HPI 2D ia saam T Sensor Techno High Precision Inclinometer 2D NA Extralnfo 15 15 dea NA N Sensld O RawMeasure 32767 222 06 12 2010 12 42 39 Sensld O RawMeasure 32767 250 06 12 2010 12 42 40 Sensld O RawMeasure 32767 278 06 12 2010 12 42 41 Sensld O RawMeasure 32767 306 06 12 2010 12 42 42 Sensld O RawMeasure 32767 334 06 12 2010 12 42 43 Sensld O RawMeasure 32767 362 06 12 2010 12 42 44 Sensld O Rawheasure 32767 390 06 12 2010 12 42 45 Sensld O Rawheasure 32767 418 06 12 2010 12 42 46 Sensld O RawMeasure 32767 446
36. cket Legend Pwr Power supply 8 28V DC Gnd Ground 7 2 2 BeanGatewayO indoor power supply Its highly recommended to use your BeanGateway with the DC power supply bloc provided with the BeanGateway If it s needed to power supply the BeanGateway with another type of DC power supply the user must refer to the polarity Please consider the environment before printing this document Page 37 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Jack connector 2 1mm Int 5 1 mm ext Please consider the environment before printing this document Page 38 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 3 DATA LOGGER MODULE MICRO SD 7 3 4 Introduction The Micro SD option on the BeanGateway can record measurements from the BeanGateway on a micro SD Card This function is useful in applications where the user cannot afford to lose measurement data or in case of a temporary loss of network connection local or remote the measurement data is stored on the optional MicroSD of the BeanGateway In other embedded applications where there are no possibilities of connecting your devices with an IT Environment this will become a mandatory feature The Micro SD Data Logger on the BeanGateway should not be confused with the embedded Data Logger on the BeanDevice Data l
37. e Over current during battery discharge Over current during battery charge Overvoltage Under voltage Please consider the environment before printing this document Page 58 87 Rethinking sensing technology BeanGateway User Manual Reference SITE REF Label PAN ID 0x 2298 Please consider the environment before printing this document Page 59 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 6 1 Custom Display anAir Type PLATF RHM TTPE Reference PLATFORM REF Label MAC ID 020015 Parameter Description 8 6 2 Notes This area contains the notes related to the BeanGateway To edit this field enter data to save and click on Validate o Modification done successfully Please consider the environment before printing this document Page 60 87 Wi E 1 d r m s am um A A IOC arcinn 7 7 W SJ WS Sd PI JIVI o 6 adr uL D m Le l 2 ES ATA A lacer CAARCIAC FAFARA I ry 77 x Rethinking sensing technology AY f oO 4 31 ea P an AA j zs r gt aan f 1 AV R ia cer N snil R n Was b 7 y uU Quu8 VIGI Ji a aww A a J 3 a s 8 6 3 Radio Configuration Panld Configuration New Pan Id Hex 0x2132 v Radio Channel Configuration Gewebe ob v cy Son Energy Scan Energy Scan lt selection
38. e antenna radiation pattern Figure 1 A BeanGateway indoor mounted on a wall If your WSN is deployed on the same floor a horizontal position of the antenna will decrease the RF signal Please consider the environment before printing this document Page 32 87 Docume int version 2 2 um Rethinking sensing technology User Manual BeanGateway Document type User Manual ry FK 1L E ada D O PA A li zd 3 A To For fu rther information n about WSN deployment t guiaeune Read the following technical note 7 1 2 Desktop installation The BeanGateway indoor version can also be installed on your desktop the RF Antenna should be mounted vertically If your WSN is deployed on the same floor a horizontal position of the antenna will decrease the RF signal 7 1 3 Wall mounting kit for the BeanGateway outdoor 7 1 3 1 Die cast external mounting brackets The BeanGateway outdoor is provided with die cast external mounting brackets 4 x brackets and 4 x M5 attaching screws External mounting brackets enable the BeanGateway outdoor to be wall or panel mounted without opening the box r n REX Please consider the environment before printing this document
39. e for payment of damages All rights are reserved Copyright O BeanAir GmbH 2015 Please consider the environment before printing this document Page 3 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual FE GINIG M LO H 7 VISUAL SYMBOLS DEFINITION 8 ACRONYMS AND ABBREVIATIONS cccccccccccccssssesssssesececeeeeeeeeeeeeeseeaeaseesssseeeceeeeeeeeeesseeeeeaaaasaeeeeeeeeeeeeeeees 9 RELATED DOCUMENTS amp VIDEOS ee 10 X ME Applications NOES TTE mm 10 4 2 Technical eR 11 4 9 Related WBeO5 eium cut ge cetend ai iiec qme cu tabsce AEAEE AEEA B CC RM DU MM MADDEN qeu M eecHE 12 DOCUMENT ORGANIZA TION e 13 BEANGATEWAY PRODUCT PRESENTATION ccccccccsssssssssseeeecececeeeeeeeeeeeeeaseeeeessseeeeeeeeeeeeeeeseeeaaaaas 14 61 PROGUCIOVCIVICW T CTC 14 6 2 BeanGateway Technical specifications cccccccccssssseececeeeceaeeeeeeeeeeeseeeeeeeeceeeeesssaaeeeeeeeessssaaaeeeeeeees 16 62 1 COMMON 0 16 0751 010 ERO 16 6 2 1 1 Wireless sensor network coordinator sessi seen 16 De Le Eth mnmet LAN NelWOIK misserin ninne ts ers Ian EE In Unc iRU IN E SECUN REMO EAEN ER dE 17 PAN ba occorre
40. ent limitation E y Overvolage 9 Hot Reset ee mA E Inactif v Validate of om et es J o0 Dewewoo EN a Alam status NAM o Gsm module Gps module Module Logger IHI of Close Custom display Notes Configuration System Config Module status aDC mari dao Activation status Mode Inactif PowerStatu Power saving mode Full Power Mode Antenna protection Disabled Server Configuration Hide Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual e Hot reset with stored Almanac and Ephemeris the GPS receiver restarts by using all data that is currently stored in the internal memory of the GPS receiver validated Almanac and Ephemeris Power saving mode The GPS receiver can operate in three modes e Full power mode Default power saving disabled It is the standard operating mode power is supplied to the receiver continuously and the GPS receiver continues to operate without an interrupt Tricklepower mode the power to the SiRF chipset is cycled periodically so that it operates only a fraction of the time power is applied only when a position fix is scheduled e Push to fix mode the GPS receiver is generally off but turns on frequently enough to collect ephemeris data to maintain the GPS real time clock calibration so that upon user request a position fix can be provided quickly after p
41. ernet UDF ret ry Enabled UDF part UDP Port E DHCP Enabled Check this case if you want to enable the DHCP For further informations about DHCP read the Technical Note BeanGateway management on your Local Area Network infrastructure E If DHCP is not activated the user must configure the Beangateway IP parameters o IP Address BeanGateway IP Address The BeanGateway IP address should have the following form X Y Z B With A B X Y and Z numbers between 0 and 255 o Subnet Network mask The subnet mask is set to 255 255 255 0 by default o Gateway IP Address Subnet network mask E DNS Enabled Check this case if you want to enable the DNS For further information about DNS read the Technical Note BeanGateway management on your Local Area Network infrastructure E The gateway IP address subnet is the default X Y Z 1 Socket Port Port By default the communication port used is 5313 This port is generally free if not choose another management on LAN infrastructure Please consider the environment before printing this document TH further information please read the following technical note TN RF 009 BeanGateway Page 55 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 5 BEANGATEWAY PROFILE Click on a BeanGateway network coordinator located on the lower left window The BeanGateway is ident
42. ess automatically C Use the following IF address IP address Subnet mask Default gateway Obtain DNS server address automatically C Use the following DNS server addresses Preferred DHS server Saree Alternate ONS server EE Y In case you set the DHCP active on your BeanGateway the BeanGateway IP is directly obtained by the network choose the option Obtain an IP address automatically v Ifthe DHCP option has not been activated you must enter a static IP 192 168 4 2 on your PC with a subnet mask 255 255 255 0 Internet Protocol TCP IP Properties AEI General You can get IP settings assigned automatically if your network supports this capability Othenwse vou need to ask your network administrator Far the appropriate IP settings Obtain an IP address automatically 5 Use the following IP address IP address 192 168 4 2 Subnet mask 299 255 255 Obtain ONS server address automatically 5 Use the following DNS server addresses i CNN Preferred DNS server Alternate DNS server Y Click OK to confirm and safeguard your work Please consider the environment before printing this document Page 50 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual V Your computer is now connected to your wireless sensor networks In order facilitate these exchanges you must give commands from BeanScape
43. f several measures of the BeanDevice on the memory card of the BeanGateway you will see that the file generated with the name M556677 blg Once this file is converted by the conversion application two log files are generated in text format 0x0011223344556677 O txt the log file of the humidity sensor and 0x0011223344556677_1 txt the log file of the temperature sensor 7 3 6 1 Controlling the MicroSD Data Logger of the BeanGateway using the BeanScape From the BeanGateway profile you can access the tab Logger Module Under that you will find two fields gt The first field identifies the current state of embedded logger v The field Logger status indicates whether the logger is currently enabled or not Y The field Logger ready indicates whether the logger is currently operational green when operational if not red The LED will be red if no memory card is present in the BeanGateway or if the module initialization logger is not yet complete gt The second field allows you to enable or disable the onboard logger Y Select Enable log and click Validate to activate the logger Y Select Disable log and click Validate to disable the logger Please consider the environment before printing this document Page 44 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual BeanScape Application Logger Module Tab xix File Tools Help BeanGateway dua
44. fore printing this document Page 8 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 3 ACRONYMS AND ABBREVIATIONS AES Advanced Encryption Standard CCA Clear Channel Assessment CSMA CA Carrier Sense Multiple Access Collision Avoidance GTS Guaranteed Time Slot kSps Kilo samples per second LLC Logical Link Control Kol Link quality indicator LDCDA Low duty cycle data acquisition MAC Media Access Control PAN Personal Area Network PER Packet error rate RF Radio Frequency SD Secure Digital Wireless sensor Network Please consider the environment before printing this document Page 9 87 Rethinking sensing technology Document version 2 2 BeanGateway User Manual Document type User Manual 4 RELATED DOCUMENTS amp VIDEOS In addition to this User manual please consult the related application notes technical notes and videos 4 1 APPLICATIONS NOTES Document name Click on the weblink Related product AN RF 007 Beanair WSN_Deployment AN RF 006 How to extend your wireless range AN RF 005 BeanGateway amp Data Terminal Equipment Interface AN RF 004 Coexistence And Interferences 2 4GHz AN RF 003 IEEE 802 15 4 2 4 GHz Vs 868 MHz AN RF 002 Structural Health monitoring on bridges All BeanAir products All BeanAir products BeanGateway All BeanAir products All BeanAir p
45. g the PAN ID and IP address of your BeanGateway cccccccesecseeeeeeeeeaeeseeeeesaeeeeeeeeeas 76 9 1 2 System Maintenance ccccsccccccsssseeeecceesseceeceeeseeeeceeauseeeecseaseeeecssaseeeecseauseeeecssagseesesssasseesesses 77 10 TROUBLESHOOTING BEANGATEWAY FAQ eseeesessssesennnnn nnne nnne nnn nennen nn nnnai nnn nnns nsns naar nnn nns nnns aa 78 11 ENVIRONNEMENTAL CONSTRAINTS uuciustnideitani redacted atc rsa gee hada nq tuo pd datant hacc sae aita ee ped eet 79 i p 79 11 2 Sensitivity to radio ThEGUCIICY mU omm 79 To TINS Fea IS ee AE E E E ri 79 E Ena A A Er 79 11 5 Reflections Obstructions and Multipath 000nnnnen0nnnnnnnannnnesennnrnsennrnnosnnrnressnnrrrrsnnrrrenennrrersnnrrrrsenrrrenne 79 14 6 SHOCKS S VIBRA TIONS E 79 INA AD O ee E E E E E AE 80 11 8 GUI CAUTE REEL a a ETA TE E a eai 80 e APPENDICE S roren E E E EE E eee 81 12 1 Appenidx T GPS MODULE ctore nai iie ERREA rR REEERE Ea E EARRA UE eet ts 81 Im Whai GPO sesen E E EEA EEE EE A SE 81 pu IM NNI d oorsese E RE E A EE EE E 81 t2 di acceda eR T T E 81 12 1 4 Sources OP GPS Signal CU OS uon emite IEUDpe Inu E EE tee M esM E 82 12 2 Appendix 3 How the connection is established between the Beangateway and the BeanScape 83 Please consider the environment before printing this document Page 6 87 Document version 2 3 Document version 2 2 Rethink
46. gt v Used RF channels configuration Select a PAN ID value between O to 3FFE If you select a value 3FFF the value will not be assigned Enter a value without Ox Example 03AB 3DC2 List of channels on which the component can be set The maximum number of RF channels is 16 The user can select a RF channel manually or automatically Blacklisted RF channels will not appear in this list Ch Auto is an automatic detection of the most effective channel between channel 11 and channel 26 To change this area select a value from the list and click the Validate button to save the base area Lnd Click on the following weblink to see the video Automatic RF Channel selection If an automatic detection is selected the user can select the scanning on each channel The Energy Scan allows the user to know the network quality on each Radio channel This operation allows the user to choose the appropriate RF channel on a site where the WSN is deployed This value canvary between O excellent and 255 poor You can configure the scanning time means of each radio channel by selecting the tab the scan time in ms and confirm it by pressing the Config button A new energy scan is performed by clicking on the Validate button Select RF channels with the least detected activity Select the RF channels which must be used The RF channels which are not selected are blacklisted from the energy scan process
47. hnical features eese seeeeis esee eese na nnns na anh nasha asas sua a asas suas ranas assa snas nna 30 6 6 2 2 Switchable termination ossis esses aenean nnns nhanh nas naar anna annon 30 6 6 2 3 RJ45 Wiring code BeanGatewayQ Indoor version csse 30 Please consider the environment before printing this document Page 4 87 Document version 2 3 Document version 2 3 Rethinking sensing technology Document type User Manual BeanGateway User Manual 6 6 2 4 M12 4 Pins Plug Wiring code BeanGateway Outdoor version 31 7 BEANGATEWAY INSTALLATION GUIDELINES esseseeeeeeeenne nennen nnn nennen 32 7 1 Howto install the BeanGateway cccccccccssssseeeceeeeeeeaeesseeceeeeesseeeeseeeeeesesseeeeeeeeesessseaaseeeeeeesssaaaaesss 32 T NE Bret MTEMT 32 Pha DESKON MeO MEER m m 33 7 1 3 Wall mounting kit for the BeanGateway outdoor ccccccseeeeeececeeeceeeeeeeeceeeeeesseeseeeeeeeeesaaaaeess 33 7 1 3 1 Die cast external mounting brackets sss sean 33 7 1 4 Mounting brackets design seeesssssessssisssseeee nennen nennen nenne nnns sina nnn rss nna nnn nnn 34 7 1 5 Plug the 2 4GHz antenna cccccccsesseeeccceessececccaeseececcaeausececseeueeeecseauaeeeesseageeeesssaueeeeeesaageeeeesaas 35 7 1 5 1 BeanGatewayQ outdoo
48. hva xen e ui eire Ee eek tinc ede xor ER Cru 44 7 3 6 1 Controlling the MicroSD Data Logger of the BeanGateway using the BeanScape 44 7 4 How to mount your GPS Antenna available only on Beangateway GPS seeeesssessss 46 8 START YOUR APPLICATION s eec attese putt ena usata deseris um E ese ce coto unetio ndace eh nse aee pation ees uae neces 47 8 1 Connect your BeanGateway to your PC LaAptOp cccccccccccesssseeeeeeeeeseaeeeeeceeeeeseueaeeeeeeeeesssaaaeeeeeeeess 47 8 2 Setting up a network on your computer sssesesssssssssseeeeeeene nnne nennen nenne nnne nnn n nnn nnns nena n nnns nnns 48 8 3 Start the BEANSCAPE ee ccccccccseeeeececeeeceaeeesseeeeeeeesaaseeseeeeeeesseaeseeeeeeeeeesseaeseeeeeeeessaaaaeeeeeeeessssaeeeeeeeees 52 8 4 LAN ETHERNET Configuration for advanced user ONLY ceeceeeeeeeeeeeeeeeaaaaeeeeeeeeeeeeeeeeeeeeeeeeeeaaaaas 54 8 9 BeanGateway prolil E 56 8 5 1 BeanGateway profile status description 00 0 ccceeecccceeeeceeeeeeeeeeeeeeaaeeeeeeceeeeesseaeseeeeeeeesssaaaaeees 57 6 5 11 Frame Baley ELUCET T T ueduaias Sane a ERER 58 8 6 Jser colifigurable parameters ceesre i UE E EDE didesabaruessecneenctessvastecesdiammaneeve 59 COl A UOT DISP oaa ee ee ne oe ee ee E A 60 Jod NOO ea a E E E 60 8 6 3 Radio ConiguratO i sessiones REEL 61 8 6 3 1 Wireless sensor network diagnostic Energy SCAN
49. ic IP address via DHCP you can configure the BeanGateway via a serial port or via the Ethernet Go on your Beangateway profile and click on Tools then click on Beangateway config A new window will open called Beangateway configuration BeanScape File Tools Help BeanGateway idw amp 9 MAC ID 0 x 00158D000005D562 Data BeanGateway configuration A Network Diagnostic Selection configuration port Network quality Serial port O Ethemet Global PER MENS able charge C Select serial port Ethemet config Local PER Ca Discharge over current Serial port BEERS Select calize PE O Power Supply Diagnostic Undervoltage Temperature d Wervoltage C Selection du 5 configuration FON REDE mem Tcp IP configuration Keep live App Config C DHCP Enabled Enabled Power mode EN O Diagnostic cycle INN BeanGateway Tcp IP Timeout ms 5000 Battery voltage v Tx power 18dBm dm IP address ara Interval ms 1000 Battery level x Radio channel i Sub network mask TER Max attempt nbr 3 Gat IP add n M on System Config Telemetry mode Gsm module Gps module Module Logger ateway IP address Validate TEE C DNS Enabled DNS IP Auto Configuration via Ethemet UDP Validate DNS Enabled I addre a UDP port 53130 7 dBm v arto v Delete Heros CEN Post Port IP address MNT 6 80 ms M Domain name
50. ified by its PAN ID BeanScape Ex o Fie Tools Help BeanSensor FETI S MAC ID 0x 0015800000040562 Data a NETT Sensor profile General information Custom display Notes Configuration Measurement conditionning calibration Log config nas a Unt lu Type SENSOR TYPE na Lia E Ch_Lux gp Ch TOR Tec v NEN o AE Measur 33 Measure reading Mode LowDutyCycle Click here e wx 1 2 O Square O None Thresholds H2 L1 Observed values CR PAN ID 0 x 2238 30 12 1899 00 00 00 30 12 1899 05 24 00 30 12 1899 10 48 00 30 12 1899 16 12 00 31 12 1899 03 00 00 custom display Notes Corfiguaion System Config Telemetry mode Gsm module Gps module Modde Logs come smETYPE O Releience SITE REF abet Please consider the environment before printing this document Page 56 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual The BeanGateway profile is divided into two frames v Profile status Y Profile configuration parameters 8 5 1 BeanGatewayO profile status description BeanGateway profile o Identity Radio Configuration Battery Status Mac Id 00158D00000E00E9 Tx power 18dBm de Disable discharge 9 Pan ld BENE Radio channel EAE Disable charge Net
51. ing sensing technology BeanGateway User Manual Document type User Manual 1 TECHNICAL SUPPORT For general contact technical support to report documentation errors and to order manuals contact BeanAir Technical Support Center BTSC at tech support beanair com For detailed information about where you can buy the BeanAir equipment software or for recommendations on accessories and components visit www beanair com To register for product news and announcements or for product questions contact BeanAir s Technical Support Center BTSC Our aim is to make this user manual as helpful as possible Keep us informed of your comments and suggestions for improvements BeanAir appreciates feedback from the users of our information Please consider the environment before printing this document Page 7 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual 2 VISUAL SYMBOLS DEFINITION Symbols Definition Caution or Warning Alerts the user with important information about BeanAir wireless sensor networks WSN if this information is not followed the equipment software may fail or malfunction Danger This information MUST be followed if not you may damage the equipment permanently or bodily injury may occur Tip or Information Provides advice and suggestions that may be useful when installing BeanAir Wireless Sensor Networks Please consider the environment be
52. ition Please consider the environment before printing this document Page 81 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual The almanac data tells the GPS receiver where each GPS satellite should be at any time throughout the day Each satellite transmits almanac data showing the orbital information for that satellite and for every other satellite in the system 12 1 4 Sources of GPS signal errors Factors that can degrade the GPS signal and thus affect accuracy include the following E fonosphere and troposphere delays The satellite signal slows as it passes through the atmosphere The GPS system uses a built in model that calculates an average amount of delay to partially correct for this type of error E Signal multipath This occurs when the GPS signal is reflected off objects such as tall buildings or large rock surfaces before it reaches the receiver This increases the travel time of the signal thereby causing errors E Receiver clock errors receiver s built in clock is not as accurate as the atomic clocks onboard the GPS satellites Therefore it may have very slight timing errors E Orbital errors Also known as ephemeris errors these are inaccuracies of the satellite s reported location E Number of satellites visible The more satellites a GPS receiver can see the better the accuracy Buildings terrain electronic interference or sometimes
53. ld 000s Used RF channels UL GNE Discharge over current a Charge over current qa 2 MENEHENE oy EEDINENNAN ipio Power Supply Diagnostic 0 doped Version Temperature 42500 c Radio module Power Module ant ex Power supply C D Hard vers viR O O Power mode active D System Soft vers VRI Battery voltage al V Diagnostic cycle 00 01 00 diis Prot stack CZAI Battery level o0 x Alarm status BatteryAlam This frame displays all the ID allocated to the BeanGateway e MAC Address encoded on 64 bits MAC Address encoded on 64 bits The Media Access Control address is a unique identifier assigned to the BeanDevice by the manufacturer for identification PAN Address encoded on 16 bits Personal Area Network address Network Address on 16 bits This address is allocated by the BeanGateway when you start the network Label By default the MAC address is registered as a Label This label can be changed by the user Radio configuration TX power Displays Radio TX Power in dBm antenna power is not included Radio channel used Radio Channel between 11 and 26 Used Radio Channels Authorized RF Channels are displayed here Antenna diversity Antenna diversity technique is displayed here Antenna A Antenna B Antenna diversity activated only available on the BeanGateway V3 4 hardware version This frame displays the BeanGateway version e Radio module Radio module used on
54. ll Battery profile modifications Not available on the BeanGateway This feature is only available on the BeanDevice E Reset the Reset counter Not available on the BeanGateway Please consider the environment before printing this document Page 77 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 10 TROUBLESHOOTING BEANGATEWAY FAQ E lam notable to see the BeanGateway status on the left side pane why Check the bottom left server status BeanScape Status means that the server is not running o Check the Ethernet connection Network and Cable settings o Make sure that the BeanGateway is connected and the switch is on o Make sure that the LED flashes o Restart the server e ERES ial Ba X File Edit View Tools Windows Help OS did ale d wo Donn es customisation Liste Composants Rafraichir Tie 4l gl lolx File Edit View Tools Windows Help BeanDevice inu dide wo MAC ID 0 x 00158D0000049C72 Donn es customisation Ox 0_0 x 00158D0000049C72 5 s 5 M Dx0Disepononnaaspp Froti Plateforme Radio BeanDevice RFD Reduced Function 9 0x0 0x00158D00000 A9DD a ox 10 z 001580000004900 Identifiants r Diagnostique R seau r Statut Batt 02 0 x 00158D000004A9DD Macid EERE Quait
55. lustrations Front View Vea Micro SD Slot Option CNC Network push button factory settings restoration Wireless Sensor Network activity led LAN Network activity led GSM GPRS or GPS or Modbus activity Led Please consider the environment before printing this document Page 20 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Rear View Antenna A 2 4 GHz Antenna Antenna B 2 4 GHz Antenna Green led LAN Network TX Yellow led LAN Network RX GPS antenna Option GSM GPRS antenna Option Micro SD Slot et ES Made in France Option GPS Antenna i 4 GPRS Antenna RoHS Lead Free seanAir wu E s LE 4 LI Jj Ethernet RJ45 RS232 SUBD 9 RS232 RJ45 shielded socket for RS485 connector Network Not available RJ45 shielded amp Auto MDIX socket for LAN network Reset push button OFF left side ON Right side switch Power supply Jack socket DC 8 28 Volts Please consider the environment before printing this document Page 21 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 6 3 2 BeanGateway Outdoor version Click on the following weblink to see the video BeanGateway Ethernet Outdoor version introduction Front view a o e edo d WSN ao Outdoor Activity 4 epEsncatewaY Network DM LAN network ac
56. nvironment before printing this document Page 70 87 Rethinking sensing technology LOG Configuration Log directory Main Log filename Main log max size 200 loglevl 0 O1 602 amp 3 Sensor Log enabled Sensorlog max size KB 1024 Network log info enabled Network info log max size KB 1024 Streaming log max size KB 2048 BGw Module Log enabled BGw Module log max size KB 1024 Syst Maint Status Log enabled Syst Maint Status log max size 1024 Tcp lp Configuration Tcp portto listen 5313 KeepAliveApp KeepAliveApp enabled V KAAtimeout 10000 KAA interval 2000 Max retry 5 BeanGateway configuration via Udp Udp port 53130 Language Configuration Please consider the environment before printing this document Page 71 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual O further information about the BeanScape configuration please read the BeanScape User Manual 8 7 3 GPS Log File Organization BeanGateway GPS only 8 7 3 1 Log file naming format The File structure is MAC ID GPS_COORD MAC ID represents the BeanGateway MAC ID 8 7 3 1 Log file analysis The log file starts with the header BeanGateway GPS Coordinate Date XX XX XX File creation date PAN_ID XXXX BeanGateway PAN ID MAC ID XXXX BeanGateway MAC ID The following parameters are logged Parameter
57. ogging on Micro SD is not compatible with the following data acquisition mode Y Streaming Mode v Streaming Packet Mode v SSD Smart shock detection 7 3 2 How to insert a Micro SD card on your Beangateway A Micro SD card is provided with the BeanGateway the max capacity is 2Go and a card adapter Micro SD card and its SD adaptator Use only Micro SD card Don t try to insert SD Card on your BeanGateway You risk to damage your BeanGateway Please consider the environment before printing this document Page 39 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual SD Card Micro SD Card The Micro SD slot is on the front side of the BeanGateway case Micro SD Slot The following steps show how to insert a Micro SD card and to start DataLogging on your BeanGateway ePower off the BeanGateway eSlide the Micro SD card into the card slot with the label side face up e Power On your BeanGateway e Start the BeanScape and get to the Logger window eTo configure the Logger on your BeanGateway go to the chapter DataLogging on MicroSD Please consider the environment before printing this document Page 40 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual When DataLogging is enabled on your BeanGateway don t try to remove the Micro
58. on the BeanGateway integrates a switchable termination resistors on the receiver input pins This provides the advantage of being able to easily change through logic control the line termination for optimal performance when configuring your ModBus network 6 6 2 3 RJ45 Wiring code BeanGateway Indoor version Please consider the environment before printing this document Page 30 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Wire color Function Description Number 87654321 Green PIN7 Brown White ma mm 00 6 6 2 4 M12 4 Pins Plug Wiring code BeanGateway Outdoor version A M12 Plug is provided with your BeanGateway outdoor if RS485 option is selected Pin assignation follows M12 standard Pin Function Label name Description Number M12 4Pins Plug Wiring Code C PINI PIN2 D PIN4 N C ll i B M12 4pins plug A Coding Please consider the environment before printing this document Page 31 87 Rethinking sensing technology BeanGateway User Manual Document type User Manual 7 BEANGATEWAYO INSTALLATION GUIDELINES 7 1 HOW TO INSTALL THE BEANGATEWAY 7 1 1 Wall mounting For a better wireless link we recommend to mount the BeanGateway on a wall mast above 2 3meters from the ground If your WSN is deployed on the same floor the RF antenna should be mounted vertically Dipol
59. op PC BeanScape on a PC BeanGateway To view the entire wireless sensor network from your BeanScape you must firstly connect your Beangateway to a PC where the BeanScape is alreday installed Connection is established through an Ethernet cable Make sure Y Ethernet cable is connected to both your PC and BeanGateway Yv BeanGateway is powered and in ON position v BeanScape is installed on your PC Please consider the environment before printing this document Page 47 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Y No antivirus firewall is blocking the Network activity between the BeanGateway and the BeanScape O further information on how to install the BeanScape please read the BeanScape User Manual 8 2 SETTING UP A NETWORK ON YOUR COMPUTER To configure the network on your computer workstation v Click AME P Control Panel v Thenon Network Connections v Double click on v You will see the following window EN amp Creer eis Cin reo lbh lle Et eye Porites Coche circ Hap Que Q i uem orae De rese akira Heinr Coren Y Select the icon corresponding to the NIC network interface card on what you connected the Me T BeanGateway e Y Double click the icon Y You get the following window Please consider the environment before printing this document Page 48 87
60. ore satellites the receiver can determine the user s position and display it on the unit s electronic map A GPS receiver must be locked on to the signal of at least three satellites to calculate a 2D position latitude and longitude and track movement With four or more satellites in view the receiver can determine the user s 3D position latitude longitude and altitude Once the user s position has been determined the GPS unit can calculate other information such as speed bearing track trip distance distance to destination sunrise and sunset time and more 12 1 3 Frequencies used GPS satellites transmit two low power radio signals designated L1 and L2 Civilian GPS uses the L1 frequency of 1575 42 MHz in the UHF band The signals travel by line of sight meaning they will pass through clouds glass and plastic but will not go through most solid objects such as buildings and mountains A GPS signal contains three different bits of information a pseudorandom code ephemeris data and almanac data The pseudorandom code is simply an I D code that identifies which satellite is transmitting information You can view this number on your BeanScape GPS page as it identifies which satellites it s receiving Ephemeris data which is constantly transmitted by each satellite contains important information about the status of the satellite healthy or unhealthy current date and time This part of the signal is essential for determining a pos
61. ower is applied only when a position fix is scheduled Please consider the environment before printing this document Page 66 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual e Push to fix mode the GPS receiver is generally off but turns on frequently enough to collect ephemeris data to maintain the GPS real time clock calibration so that upon user request a position fix can be provided quickly after power up Antenna Type Antenna type status e Active GPS Antenna is not power supplied by the module e Passive GPS Antenna power supplied by the module default Antenna protection Antenna protection status e Protection disabled Default Current antenna protection is disabled e Protection enabled Current antenna protection is enabled Please consider the environment before printing this document Page 67 87 BeanAir Click on Configuration a new window will open GPS Module i Activation statu Power saving mode Antenna type 9 On Full Power Mode Active antenna Off Trickle Power Mode Passive antenna P ion Battery Status Sem ELE i ZICEM 2 Disable discharge a sec Disable charge C Reset Validate Antenna protection Sa Discharge over curent i Hard Reset 6 Petoctiondacbied k Charge over current F Cold Reset Wekeup Protection Enabled i Antenna A Undervoltage E O Wam Reset EPRS Cur
62. ower up Configuration Request The GPS module reads the coordinates on a request Duty Cycle The GPS Module reads the coordinates with a duty cycle specified by the end user i E 1 Antenna protection This command allows to activate an automatic protection in case of high current consumption of GPS antenna The protection disables the GPS antenna supply voltage e Protection disabled Default deactivate current antenna protection e Protection enabled activate current antenna protection Current limitation value the antenna current limit value in mA 0 to 200 mA Please consider the environment before printing this document Page 69 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 8 7 LOGFILE ORGANIZATION 8 7 1 Logfile system overview Log file organization lol 7 v 1Log file for Wireless Network Diagnostic Y 1Log file for GPS coordinates BeanGateway GPS only v 1system Log File G GeanGateway Log file updates 8 7 2 Log file directory By default the Log file directory is C log_beanscape Click on the tab Tools then Options to configure advanced settings in BeanScape BeanScape Alarm Alert BeanGateway Telemetry Mode BeanGateway Serial Pork Config This window lets you configure the logs and the data cache Y You will see the following window Please consider the e
63. ps Configurable from the BeanScape software Percent error between 0 between 50Hz and 4800 bauds desired and actual 0 1696 between 7200Hz and 115 2 Kbauds baudrate ESD Protection 15kV 6 6 1 2 Wiring code Features Description LLL RX Data DTE TX Data DCE TX Data DTE RX Data DCE Signal ground Not used Not used Not used Please consider the environment before printing this document Page 29 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual RTS and CTS signals are not used Each TXD must be wired with RXD of the other device RTS may be wired with CTS of the other device DTR may be wired with DSR of the other device 6 6 2 RS485 Line 6 6 2 1 Technical features Features Description Data Rate Default Value 19 2 Kbps Minimum value 9 6 kbps Maximum value 115 2 Kbps Configurable from the BeanScape Manager or ModBus Command Baud Rate accuracy 1 in transmission situation Accept 2 in reception situation Connector type BeanGateway Indoor RJ45 BeanGateway Outdoor M12 4 Pins Waterproof IP67 Switchable 120 Ohm termination resistor Termination ESD Protection 15kV 6 6 2 2 Switchable termination Proper cable termination is very important for good signal fidelity If the cable is not terminated with its characteristic impedance reflections will result in distorted waveforms The RS485 Bus
64. r version eese sees nnns nna aras 36 7 2 Power supply socket wiring neri disacdnteuesdiqeUa tmpda Rte REN tv tQ SUEIR NEN M CS RRIcUR T EPAUI DU GH MN M CR DU NERIS 36 7 2 1 BeanGateway outdoor power supply cccccccccesseseeeeeeeeeceseeeeeceeeeessaeeeeeeeeeeesssaaeeeeeeeeeessaaaaeees 37 7 2 2 BeanGateway indoor power supply ccccccccccecesseseeeeeeeeeseaeeeseeeeeeeeseaeeseseceeeeessuaasseeeeeseesssaaaesss 37 To Data logger Module MicroSD sarasi a a a ees dIbustadeitn Hietdcomunas 39 Pom ME OOUC IO MEE 39 7 3 2 How to insert a Micro SD card on your Beangateway cccccssseccccecesseeeeeeeeseeeeeeseeeeeeeeeas 39 STONE MMC ONS ooo 41 7 3 4 Common Files on the memory card seessssssssssssseseeee esee nnna arri nnn nnns nna nnns 41 FB Al JOPO GMI ZAC MOF FH CS seisine RR UNI IDE IMMRUM LEM LONE DUEB NENNEN EMINUS EM CUE 41 7 3 4 2 Type of file created on the memory card esessessesessee sese nn nnn sna nnn nan 42 7 3 5 Using the Data converter application from raw file to text file eeeesseseessssesss 42 7 3 5 1 Location of the converter 1 ccccceccecceceececcecseteeseecensuseeceecunsenseceecenseneecensuneessecenseneeseeeenseses 42 7 3 5 2 How to use the conversion application eseesssesees eese nennen nnn nnn nnn nn nnn sn nana ans 42 7 3 6 Log text Tiles generated by the applicatiOri ususcisecex eoseutus seu C
65. rVoltage If Y is displayed battery over voltage detected on the battery Otherwise the default display value is N Example of Network diagnostic log file BeanComponent Wireless Network Information Date 17 07 2012 16 37 00 PAN ID 2133 MAC D 00158D00000E00EB Date LQI Local PER Global PER Battery Voltage Battery Level Internal Temperature DisableDischarge DisableCharge DischargeOverCurrent ChargeOverCurrent UnderVoltage OverVoltage 29 10 2012 16 36 59 NA NA NA 3 586 0 00 29 875 N N N N N N 29 10 2012 16 37 59 NA NA NA 3 581 0 00 30 000 N N N N N N 29 10 2012 16 38 59 NA NA NA 3 581 0 00 30 000 N N N N N N 29 10 2012 16 39 59 NA NA NA 3 577 0 00 30 000 N N N N N N Please consider the environment before printing this document Page 74 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 29 10 2012 16 40 59 NA NA NA 3 577 0 00 30 000 N N N N N N Please consider the environment before printing this document Page 75 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 9 MAINTAINING AND SUPERVISING BEANGATEWAY 9 1 DIAGNOSIS USING BEANSCAPE Using the BeanScape software BeanScape diagnostic information and self monitoring can be visualized 9 1 1 Knowing the PAN ID and IP address of your BeanGateway To find the IP address and ID PAN BeanGateway net
66. roducts All BeanAir products Wireless sensor networks deployment guidelines A guideline very useful for extending your wireless range DTE interface Architecture on the BeanGateway Coexistence amp interferences of different RF technologies in the 2 4 GHz frequencies band Comparison between 868 MHz frequency band and a 2 4 GHz frequency band The aim of this document is to overview Beanair products suited for bridge monitoring their deployment as well as their capacity and limits by overviewing various data acquisition modes available on each BeanDevice Please consider the environment before printing this document Page 10 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 4 2 TECHNICAL NOTES Document name Affected product Description Click on the weblink e j BeanAir TN RF 010 BeanDevice Power Management TN RF 009 BeanGateway management on LAN infrastructure TN RF 008 Data acquisition modes available on the BeanDevice 9 TN RF 007 BeanDevice DataLogger User Guide TN RF 006 WSN Association process TN RF 005 Pulse counter amp binary data acquisition on the BeanDevice SUN BN TN RF 004 Ambient Light sensor technical specifications RF TN 003 Aggregation capacity o wireless sensor networks RF TN 002 V1 0 Current consumption in active amp sleeping mode
67. ry settings TX power Authorized RF channels RF Channel amp LAN Ethernet parameters are restored to the factory settings Click on Delete Click on the following weblink to see the video Wireless sensors profile deletion from the BeanGateway Database Buzzer Alarm Only available on the hardware version V1R4 Configure the Buzzer alarm Disabled Buzzer is disabled Battery alarm event The BeanGateway emits a beep sound every 2 seconds if the external power supply is disconnected Localize A beep sound allows to localize your BeanGateway Post system clock Net Time protocol NTP is used by the BeanScape to transmit the system clock to the BeanGateway The System clock is then updated by the BeanGateway Real time clock Please consider the environment before printing this document Page 65 87 Rethinking sensing technology BeanScape ji TERR EUR ur Outils Aide BeanGateway aed ets ee ae aw L2 3 ID 0x 00158D00000AASEO onn es ID 0x 00158D00000E002D Profil BeanGateway D Ox 1580000000025 ae eee nion BeanDevice o e x E E e ID 0x 00158D00000ABCDB Mac ld Puissance Radio EINMM E Disable discharge ID 0x 00158D00000E0020 TERR profile ID 0x 00158D000007B810 Pan ld Disable charge H ID 0x 00158D00000AB4C4 nae tae ID 0x 00158D000007880B ID 0x 00158D00000E0098 ID 0x 00158D00000E0096 ID 0x 00158D00000AE560 ID 0x 00158D0000047908 ID 0x 00158D
68. t C LIII M f ix gt ej iSi i Lec OIOS V l f ACUNAKAS 5 CTISITIS CCCIITIOIOBSY a r 2 P a aA ll NA ou ee gt A V Ag ic Nian p Ay 3 iVidl on BeanGat L Document type User Manual To ensure an excellent seal of the BeanGateway casing please make sure that the following conditions are met During transportation cable connections and locknuts could loosen make sure they are tight Do not overtighten or exert force on your RJ45 cable or power cable Y If the external power supply is not used make sure the power supply cap is present on the M8 socket Make sure that all the N Type antennas are tightly screwed The external switch mode power supply is not watertight BeanGateway Power ON Press the RESET button Data s reception from wireless sensor network Reception of configuration information from the BeanScape LED is flashing green LED is flashing green LED is flashing green LED is flashing green LED is fixed red and turn off by an interval of 15s and then turns back LED is fixed green and it turn off by an interval of 15s and then turns back fixed green fixed green LED is flashing green LED is flashing green LED is flashing green LED is flashing green The BeanGateway is initialized and set up the mapping of its wireless network sensors The coordinator is initialized same action as above
69. the best arrangement O further information please refer to the application note AN RF 007 Beanair WSN Deployment 11 8 OTHERS FEATURES While having the highest BeanGateway possible transmission and receive over a wide area Do not take off the blue labels pasted on BeanGateway products Please consider the environment before printing this document Page 80 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 12 APPENDICES 12 1 APPENIDX 1 GPS MODULE 12 1 1 What is GPS The Global Positioning System GPS is a satellite based navigation system made up of a network of 24 satellites placed into orbit by the U S Department of Defense GPS was originally intended for military applications but in the 1980s the government made the system available for civilian use GPS works in any weather conditions anywhere in the world 24 hours a day There are no subscription fees or setup charges to use GPS 12 1 2 How it works GPS satellites circle the earth twice a day in a very precise orbit and transmit signal information to earth GPS receivers take this information and use triangulation to calculate the user s exact location Essentially the GPS receiver compares the time a signal was transmitted by a satellite with the time it was received The time difference tells the GPS receiver how far away the satellite is Now with distance measurements from a few m
70. the BeanGateway e Hardware version BeanGateway hardware version Please consider the environment before printing this document Page 57 87 Document version 2 2 BeanGateway User Manual Software version BeanGateway software version Wireless Protocol stack Wireless protocol stack used Diagnostic Cycle Displays diagostic cycle in seconds battery charge status internal temperature LOI PER Alarm status Displays buzzer status Temperature Internal temperature of the BeanDevice with a resolution of 0 125 C Power supply Status Main or Battery Battery voltage Battery voltage in Volts Battery level Battery charge level O to 10096 with a resolution of 0 0196 8 5 1 1 Frame Battery status This frame displays information on battery primary cell status The BeanGateway performs frequently a battery diagnostic on the BeanGateway 9 An alarm notification is transmitted automatically to the BeanGateway if a battery failure is detected on the BeanGateway Battery Status Disable discharge e Disable charge e Discharge over current F Charge ower current e Undervoltage amp Overvoltage e If any battery status information is displayed ex BeanGateway is not connected status led is white When LEDS are green a normal state is indicated During a malfunction the LEDS turns red Here are the details Led definition Green Led signification Red led signification Disable Discharge Disable Charg
71. tivity LED Wireless sensor networks LED Network Push Button factory settings restoration ON OFF Latching Push Button Please consider the environment before printing this document Page 22 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual Network push button Network push button restores the factory settings Beandevice profiles are deleted RF parameters are restored to the factory settings TX power Authorized RF channels RF Channel LAN Ethernet parameters are restored to the factory settings Hold this button more than 10 seconds factory settings are restored when WSN activity Led starts to blink in red color LAN network activity Led This bi color GREEN RED Led represents the LAN activity WSN activity Led This bi color GREEN RED Led represents the WSN activity ON OFF Button Allows to power up power off the BeanGateway Rear view M8 3Pi Ins power RS485 ModBus RS485 ket DC N Type RF supply socket RJ45 connector option only Socket 8 28 Volts integrated in a cable gland IP67 Weatherproof Please consider the environment before printing this document Page 23 87 T 2 E 28 a J eM am um 2 B Y JOCI SION Z Z nP We tes Qi WEIMAR o amp o or i i llD anthi nlsi n uid cs n EN 66V ot avlrsgw er cmmimeime FarkhnARlAC BI DRINKING CaANncingeg ACAnNAILAOGV
72. work click hide in the window at the bottom left of BeanScape a You see the following window io x ID PAN_ ID IP BeanGateway IP Address PAN ID Stop Refresh This window is the BeanScape control server Please consider the environment before printing this document Page 76 87 Document version 2 2 Rethinking sensing technology BeanGateway User Manual Document type User Manual 9 1 2 System Maintenance On the main screen select the scrolling menu BeanGateway then left click on System Maintenance Ei Jui i d i o Enable measure log Eg MAC ID AA gg MAC ID D A amp MN MAC ID D A Disable measure lag System Maintenance You will see the following window BeanGateway MAC AABBCCDDEEFFOOO0 Ts fault reseting threshold Platform reset C Clear Network Context C Delete measurement data Restore default parameters Validate Primary cell Battery profile modification Bat PP2 1DMG v Reset the Reset Counter E TX Fault Threshold This value does not change E Clear Network context software This option may be substituted for the push button Network However when the BeanGateway is not available not powered or in sleeping mode this option is not usable E Delete measurement data Delete stored measurements Restore default parameters This option allows you to revert to factory settings E Primary Ce

BeanGateway® user Manual

Contents

Download Pdf Manuals

Related Search

Related Contents

BeanGateway&reg; user Manual

Contents

Download Pdf Manuals

Related Search

Related Contents

BeanGateway® user Manual