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1. Receiver Tuning range Channel Sensitivity Indicator Functions Demodulator Type Baud rate Error correcting Communications Data Processor Sonde port Audio port Size Dimensions Weight Power Voltage Wattage FROM UNDERWATER TO OUTERSPACE A A i G f i Specifications RD O8AC 400 0MH z 406 0MHz 100 kHz steps 60ch lt 107 dBm Signal strength Lock lamp AFC Limiter AMP ATT PCM FM Bi 1200bit sec BCH 1 bit error correction LAN 10 100BASE T D sub connector Output x 1 Input x 1 320 W x60 H x260 D mm Approx 2 0kg 100 to 240 VAC or 12 VDC 36 W Specifications RS 06G S Temperature Measurement range Resolution Accuracy Response Time Humidity Measurement range Resolution Accuracy Response time 90 to 50 C 0 1 C 0 5 20 lt 0 5 sec 1000 hPa 6m s 1 to 100 RH 0 1 RH 7 0 RH 20 lt 0 5 sec 1000 hPa 25 C 200 to 40000 m Data Processor Laptop PC Omni Antenna Long range Antenna Pre AMP OS CPU memory Communication Language Absolute gain Center frequency Input impedance Transmission range Absolute gain Directionality Center frequency Input impedance Transmission range Amp gain Filter Windows 7 32bit gt 1GHz 32bit gt 1GB gt LANx 1 English only gt 2 15 dBi 403MHz 502 lt 100 km horizontal gt 7 65 dBi E 35 H 45 403 MHz 502 lt 250 km horizontal gt 20 dB Fc 403MHz Appearances
2. to 10 km height by using two reference gases The ambient air and reference gas alternate every 40 seconds and CO2 sensor continuously proofreads during observation Although CO2 sonde with reference gas is of large size the weight is less than 2 kg Therefore it is operable by conventional weather observation balloon suitable for isolated areas or remote islands where remote sensing equipment is not always operative lt Valve control cycle gt one cycle 160 sec Block diagram A 370 ppm std gas B Ambient air Control board C 400 ppm std gas Meisei RS O6G 370 ppm Control Temperature standard Mpa ta Pressure B Ambient air gas ae Ambient L Pp Detector Humidity air CJ GPS data y 400 ppm A 370 ppm std gas standard Paper CO2 Sensor A ii gas Filter er B Ambient air Dehumidifier Pump Flow meter IH I Group Realize your dreams a FROM UNDERWATER TO OUTERSPACE A A i G f i Pict field cI 15 to 20 mm icture fie ose u P Approx 30 um resolution 1 5 to 2 0 mm Microscope Approx 3 um resolution Picture switch j Sa i Close up 7 sec ing Microscope 3 sec Video picture Monochrome NTSC Transmitter Frequency 1673 1680 1687 Modulation FM Observation 60 min i Size 280x 220x 150mm Size amp Weight weight 1200 g Standard Microscopic camera amp Close up camera l Microscopic camera amp Close up camera Type ae with LED Mi i mera amp Close me EE
3. to 20 um Pump temperature 40 to 60 deg C 25H x 30W x 20D cm Size Dimension incl RS O6G lt 800 g incl RS O6G and Weight battery FLASH B RSO6G The FLASH B instrument was developed by Central Agrological Observatory in Russia for balloon borne water vapor measurements in T fi upper troposphere and stratosphere To avoid contamination effect the measure y ment is performed at descent Optical in na ture delay in time constant is negligible D High temporal resolution even in strato sphere is possible Temperature deg C 60 40 20 0 Specification Water Vapor Measurement range 0 5 to 700 ppmv Resolution 0 1 ppmv FLASHES Measurement cycle 1 sec Meisei RS06G Temperature Recommended 4 sec 12 integration time E Precision 5 5 iT a a Uncertainty lt 10 8 Pressure range 300 to 5 hPa lt 25H x 15W x 10D cm Size Dimension 4 excl RS 06G 900 g incl RS O6G and 2 Weight battery 6 0 10 20 30 40 50 60 70 80 90 RH HI Group Realize your dreams a FROM UNDERWATER TO OUTERSPACE A A i G f i penu OPC Optical Particle Counter was devel OPC Aerosol sensor RS 06G oped by YGK Corporation 10 units of built in optical counters count particles with diame ters from 0 3 to 10 0 micro meter Relative Humidity 0 20 40 60 80 100 120 35000 30000 25000 Specification 10 channels 20000 0 3 0 4 0 5 0 66 0 8 Aerosol Particl
4. 1 29110 6 0 7805038 00148 17 27 62 29112 6 0 7805038 00150 17 27 53 29116 6 0 7805038 00152 17 27 54 29118 6 0 7805038 00154 17 27 55 29118 6 0 7805038 00156 17 27 56 29120 6 0 7805038 00158 17 27 57 29122 6 0 7805038 00160 17 27 58 29124 6 0 7805038 00162 17 27 59 29128 6 0 7805038 00164 17 28 00 29190 6 0 7805038 00166 17 28 01 29130 6 0 7805038 00168 17 28 02 29192 6 0 7805038 00170 17 28 03 29134 6 0 7805038 001 2 17 28 04 29136 6 0 7805038 00174 17 28 05 29140 6 0 7805038 00176 17 28 06 29142 6 0 7805038 00178 17 28 07 29142 6 0 7805038 00180 Window W Display Help H M44 o gt Pr mE Height m Height rn _ 34000 4 34000 gt 30600 27200 23800 20400 17000 13600 10200 6300 3400 Ud Tracking AGC rovFREQ WM michelin 147 404 51059 1 Sa iani 146 404 51059 1 34000 148 404 51059 1 a 147 404 51059 1 ie 20000 147 404 61059 1 i 27200 148 404 51059 1 147 404 51059 1 23800 145 404 51059 1 a 147 404 51059 1 op 204 147 404 51059 1 17000 147 404 51059 1 147 404 51059 1 43600 147 404 51059 1 suoni 147 404 51059 1 z 147 404 51059 1 6300 147 404 51059 1 147 404 51059 1 3400 148 404 51059 1 ME 148 404 51059 1 4 uw Ready Sounding software MGPS_R manages pre flight test to filing of data after sounding termina tion The monitor during sounding indicates real time data PTU data wind speed amp direc tion data sonde track
5. E icroscopic camera se up camera with fan HYVIS HYdrometer VideoSonde can observe real cloud particles by using video camera and wide band transmitter Two cameras microscope and close up are switched alter nately and is possible to calculate the density of particles It will support validation for classi fication of precipitation and cloud particles by Polari metric radar as well as for cloud resolv ing numerical simulation HYVIS receiver has capability to control an tenna by GPS positioning data from GPS radiosonde resulting in down sizing Cloud particles and droplet video signals that are transmitted from HYVIS by 1680MHz are received down converted and demodulated on this system And it outputs NTSC video signal Information regarding atmospheric pressure temperature humidity and wind can be measured by RD 08AC connected to the system l nasil an a Block diagram 1680MHz 2 stack Yagi antenna i GPS sonde Wide band receiver receiver Incl Antenna Pre AMP POC unit Video recorder Or Monitor Rotator And Down converter IH I Group Realize your dreams a FROM UNDERWATER TO OUTERSPACE N A i G f i we The 6ch analog input installed in RS O6G S can be used as an interface for ECC ozone ECC Ozone RS 06G sondes RD O8AC system supports special soundings using digital interface sensors in addition to ECC ozonesonde Ozone Ozone current 0
6. a FROM UNDERWATER TO OUTERSPACE A A i G i ae GPS Sonde System Supporting various kinds of research for Academic Users RD O8AC RS 06G S Radiosonde sounding system RD 08AC Focused on Research Purposes Selected design intended for specific research purposes and cost reduction Sounding software MGPS_R offers data filter ing OFF Sounding Anytime Anywhere Near Letter size receiver with 2 kg weight LIGHT From 100 to 240 VAC for global use 30 minutes setting time which enables much easier radiosonde sounding Sounding Emergency Safe Proof Safety function for sudden shutdown of PC audio data reproduction function enables data restoration Outline GPS Sonde System RD O8AC has been developed based on upper air sounding system used by Japanese Meteorological Agency and other member or of WMO It is strictly focused on researchers and professional use Its function has been redefined and re evaluated which resulted in cost savings and increased portability Your sounding experiences will be ex panded more than ever The corresponding GPS radiosonde RS O6G S enables 240 minutes sounding operation allowing arious kinds of sound ing such as CFH CO2 Sonde and ECC due to expansive I F It also supports latest GPS radiosonde RS 11G GPS radiosonde RS 06G S Stand alone positioning Same sensor is used for temperature and humidity measurement as GPS RS 06G of Japanes
7. amp Dimensions u 26023 Geo potential Height Pressure Wind Direction Wind Speed a Caution Measurement range Resolution Accuracy Measurement range Resolution Accuracy Measurement range Resolution Measurement range Resolution 0 1m 15m RMS 1050 to 3 hPa 0 1 hPa XY 25 121 2 hPa Ground to 300 hPa 1 hPa 300 to 3 hPa O to 360 de i Ky s 0 1 deg 0 to 200 m s 0 1 m s http www meisei co jp Before using products in this catalog please read the user manual operating instructions carefully Please follow the operating instructions and do not remodel products This will avoid problems and accidents Please note that problems or accidents arising from incorrect usage occur at your own risk Specifications standards and or designs shown in this catalog are subject to change without prior notice for improvement Registered Head Office and Tokyo Sales amp Marketing Div 2 5 7 Koishikawa Bunkyo Ku Tokyo 112 8511 Japan Tel 81 3 3814 5129 Fax 81 3 3814 5004 eFor products which fall under the provisions of Foreign Exchange and Foreign Trade Control Law of Japan as strategic goods or services permission must be obtained from Japanese Government before exporting them for Japan eWe cannot accept responsibility for any direct or indirect financial damage or loss of profit that might occur when using the supplied software Colors change to different co
8. e Meteorological Agency A lot of Expansive I F Such as A D x 6ch Serial Report etc sup porting different sensors Light weight Less than 150g including batteries Light and low density design lessens accidents when the radiosonde falls on ground Lessens cumbersome launching work Lithium battery has been adopted A radiosonde preparation time of 5 minutes for 240 minutes use GPS radiosonde RS 11G Supports latest model RS 11G The sounding by RS 11G is possible without any software upgrade IH I Group Realize your dreams FROM UNDERWATER TO OUTERSPACE N A i G f i Er INTERFACE TO SPECIAL SENSORS GPS RADIOSONDE MODEL RS 06G and RS 11G have interface for special sen sors to cope with various requirements for atmospheric observation The digital interface to send data with 21byte sec and analog interface with 6ch 16bit A D converter is available The tracking control feature which is newly available by connecting HYVIS receiving antenna optional enables the observation by HYVIS which can transmit pictures of cloud particles By combining these digital analog interfaces and tracking control systems RS O6G can meet various observation purposes For example ECC ozone sensor and OPC aerosol sensor as well as HYVIS cloud particle sonde can be combined to RS 06G Tracking control Analog Interface 1680 MHz ECC Ozone tracking AID Input antenna control fo
9. e channel F 1 2 2 0 3 4 7 0 10 0 lt 15000 um Measurement parti O to 50000 PCS little 10000 cle number Measurement range 1040 to 5 hPa 5000 Measurement cycle 4 sec 19H x 18W x22D cm excl og 7 Size Dimension 0 RS 06G 100 80 60 40 20 0 20 40 10 10 10 10 10 10 l 1 2 Kg incl RS 06G and Temperature C Number concentration of particles Weight particle L battery CFH Hygrometer RSO6G CFH is the chilled mirror type hygrometer that has been developed by the University of Colorado Cryogen CHF3 and electric heater are used for control of mirror temper ature and humidity can be accurately meas ured from the surface to the stratosphere CFH RS 06G Specification Dew Frost Point Measurement range 100 to 50 C Resolution 0 01 K Precision 0 5 K 0 16H x 9W x 16D incl RS Size Dimension 06G 1 kg incl RS 06G and Weight battery IH I GROUP Realize your dreams FROM UNDERWATER TO OUTERSPACE N A i 5 f i Eee Sounding software MGPS_R e J Meisei GPS Sonde Observation System for Academy F2008101317S7805038 CcSV c o File E Observation O Play P TADE Prompt data Pass time 01 41 17 Obs time 19 20 33 Sonde No 7805038 Height m 33228 3 WD deg 100 8 WS m s 10 9 Press hPa i Temp C 39 7 Humi RH 1 0 mz z J All data ObsTime DCnt ST RE SondeN FCnt 17 27 49 29106 6 0 7805038 00144 17 27 50 29108 6 0 7805038 00146 17 27 6
10. easurement cycle 6 Hz 16H x 9W x 16D incl RS Size Dimension 06G 300 g incl RS O6G and Weight i battery Tungsten sonde vs operational sonde Tungsten sonde vs operational sonde 5900 300 RS 06G Tungsten sonde 250 sso Middle stratosphere N Q So Time from launch sec uO ie Q S Time from launch sec S3 So ha Q 5750 50 Lower boundary layer 5700 19 20 21 22 23 24 25 26 27 57 56 5 56 55 5 55 54 5 54 53 5 5 525 Temperature deg C Temperature deg C IH I GROUP Realize your dreams a FROM UNDERWATER TO OUTERSPACE A A i G f i Eee CO2 sensor RS 06G Sales will start on end of 2012 Specification CO2 Measurement range 0 to 1000 ppm Altitude O to 10000 m Accuracy lt 1 ppmv 0 Time resolution lt 40 sec Vertical resolution 200 m Standard gases 370 and 400 ppm Power Battery 4 5 V and 18 V 19H x 34W x 28D cm incl Size Dimension RS 06G lt 2 kg incl RS 06G and Weight battery Sample profile 12000 a i 10000 8000 z E BE e f E 6000 L aae 7 T gt a ana ale im n i l p le 4000 I bile TM t 2000 aa 385 300 i ma pa pa 415 370 ppm and 400 ppm C02 density ppm World first Balloon born CO2 sensor was developed to measure the vertical profile of CO2 in any place in the world under any weather conditions The precision of NDIR type CO2 sensor is less than 1 ppm from ground
11. ing chart and ascent rate which avails real time data during sounding The data prior to and posterior to sounding can be logged and can be stored by CSV for mat The correction and filter to temperature and GPS data can be removed by programing for analysis of row data Block diagram 400MHz antenna or Long range Yagi antenna Pre AMP POC unit GPS sonde Laptop PC receiver Outdoor indoor 400MHz LAN IH I Group Realize your dreams a FROM UNDERWATER TO OUTERSPACE N A i G f i m System components of RD 08AC Receiver POC unit Accessory Sonde I F cable LAN cable Obs software CD R 15m coaxial cable Only standard and full package 400 MHz antenna Pre AMP Sonde checker Long range antenna Minimum package Standard package Ss L Full package E ae 3 types of system composition are offered Minimum package for user who has 400MHz Antenna and Pre amplifier Standard package includes items for Radiosonde observations Full package includes long range antenna and sonde checker in addition to standard package Other products information RS 06G S GPS radiosonde Parachute and unwinder Balloon 0 10km 100g 0 20km 350g 0 30km 600g Aluminum carrying case Balloon buoyancy measure HYVIS receiver Product release is not yet fixed IH I Group Realize your dreams
12. lors when printing The specifications this catalog are current as of Feb 2012 IH I Group Realize your dreams
13. r HYVIS Max 6ch for environmental sensors Digital Interface MTR temperature sonde CO2 sonde OPC Optical Particle counter aerosol sonde FLASH B water vapor sonde CFH Frostpoint Hygrometer Free format board Max 21byte sec RD O8AC sounding system will be enhanced to meet all sort of research s require ments Meisei will develop interface for unique sensors and will Support interface connection to the client s sensors IH I Group Realize your dreams a FROM UNDERWATER TO OUTERSPACE A A i G f i eee MTR temperature sensor RSO6G MTR use the temperature dependence of elec tric resistance of the fine tungsten wire 10 um diameter that was once used for the rocket sonde The response time of MTR is quite fast and fine temperature profile by using 16 Hz sampling is possible Also solar radiation error is smaller than the conventional radiosonde due to the aluminum coating of fine lines To obtain accurate temperature profiles not only fast response but also consideration for self contamination is essential To avoid self contamination from sonde pack age box and sensor rig MTR has long sensor MTR RS 06G probe and independent top sensor rig to avoid this problem Specification Temperature Measurement range 100 to 50 C Resolution 0 01 K Precision 0 2 K 0 Radiation error lt 0 5 K 10 hPa 5 m s 0 007 sec 1000 hPa 5 m s Response time 0 040 sec 10 hPa 5 m s M

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