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I-Frankstar Wave Sensor 2.0 yokujonga ulwalathiso lwamaza olwandle ixesha lamaza olwandle i-Marine Wave Height Wave Spectrum
Intshayelelo
I-Wave Sensor sisisombululo sesizukulwana esilandelayo sokujonga amaza olwandle ngexesha langempela. Isekelwe kumgaqo wokukhawulezisa we-nine-axis kunye ne-algorithms eziphambili, ilinganisa ngokuchanekileyo ukuphakama kwamaza, ixesha, kunye necala. Ibandakanya uyilo olukhaphukhaphu, olumelana nobushushu kunye nokusebenza okufakwe ngaphakathi kwamandla aphantsi kakhulu, i-sensor ixhasa ukuhanjiswa kwedatha ngexesha langempela nge-interface ye-RS232 kwaye idibana ngokulula ne-sea buoys, i-drifting buoys, kunye namaqonga angenamntu. Ifumaneka kwiinguqulelo eziSiseko, eziMiselweyo, kunye nezoBuchule, yenzelwe ukuhlangabezana neemfuno ezahlukeneyo zokujonga amaza.
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I-Frankstar RNSS/ GNSS Wave Sensor
I-Frankstar RNSS Wave Sensor sisisombululo sesizukulwana esilandelayo sokujonga amaza olwandle ngexesha langempela. Isebenzisa ukucubungula okufakwe ngaphakathi kwamandla aphantsi kunye netekhnoloji ye-RNSS, ilinganisa ngokuchanekileyo ukuphakama kwamaza, ixesha, kunye necala isebenzisa ii-algorithms ezizimeleyo. Indlu yayo elula, yomgangatho wolwandle kunye ne-RS232 interface inceda ukuhlanganiswa okungenamthungo kunye nee-buoys, iinqanawa zomphezulu ezingenamntu, kunye nezinye iiplatifomu zolwandle. Ngobuchule bokubeka kunye nexesha elidibeneyo, i-RNSS Wave Sensor ifanelekile ekujongeni ulwandle, ukhuseleko lolwandle, ubunjineli bolwandle, kunye nophando lwesayensi.
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Ukubeka iliso kwiZakhamzimba ezintlanu kwi-Intanethi kwi-Analyzer yeTyuwa yeSondlo
I-nutritive salt analyzer yeyona mpumelelo yethu ephambili kuphando nophuhliso, eyenziwe yiFrankstar. Esi sixhobo silingisa ngokupheleleyo ukusebenza ngesandla, kwaye sisixhobo esinye kuphela esinokugqiba ngaxeshanye ukujonga iintlobo ezintlanu zetyuwa yesondlo (i-No2-N nitrite, i-NO3-N nitrate, i-PO4-P phosphate, i-NH4-N ammonia nitrogen, i-SiO3-Si silicate) ngomgangatho ophezulu. Ixhotyiswe nge-terminal ephathwayo, inkqubo yokuseta elula, kunye nokusebenza okulula. Ingafakwa kwi-buoy, enqanaweni nakwamanye amaqonga.
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I-Wide Logger yoQikelelo loxinzelelo kunye noBushushu
I-FS-CWYY-CW1 Tide Logger iyilwe kwaye iveliswa yiFrankstar. Incinci ngobukhulu, ilula ngobunzima, iyakwazi ukuguquguquka xa isetyenziswa, inokufumana amaxabiso omgangatho wolwandle kwixesha elide lokujonga, kunye namaxabiso obushushu ngaxeshanye. Le mveliso ifanelekile kakhulu ekujongeni uxinzelelo kunye nobushushu kunxweme olukufutshane okanye emanzini angajulileyo, ingasetyenziselwa ixesha elide. Imveliso yedatha ikwifomathi ye-TXT.
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Iprofayili yangoku ye-RIV Series Acoustic Doppler
Ngobuchwepheshe bethu obuphambili be-IOA broadband, i-RIVUthothoI-ADCP(IsiNgesi)1200 Khz, 600 Khz kunye ne-300 Khz）isetyenziselwa ukuqokelela isantya sokuhamba esichanekileyo nesithembekileyo nokuba kukwiindawo ezinzima zomlambo.
I-ADCP yethu inika udibaniso olungenamthungo nezixhobo ezikhoyo ezidumileyo ezifana neGyro, iGPS, isikhululo sikanomathotholo. Iinqanawa zophando kunye neenqanawa ezinee-hulled ezintathu zokulinganisa ukuhamba nazo ziyafumaneka xa zifunwa. Nge-ADCP yethu, ungachitha ixesha elincinci kwimisebenzi yesandla kunye nexesha elingakumbi kuhlalutyo oluxabisekileyo.
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I-RIV H-300k/ 600K/ 1200KHz Series I-Horizontal Acoustic Doppler Current Profiler ADCP
Uthotho lwe-RIV H-600KHz yi-ADCP yethu ethe tye yokubeka esweni okwangoku, kwaye isebenzisa ubuchwepheshe bokucubungula isignali ye-broadband obuphambili kwaye ifumane idatha yeprofayili ngokwemigaqo ye-acoustic doppler. Izuza kwi-RIV series ezinzinzi eliphezulu kunye nokuthembeka kwayo, uthotho olutsha lwe-RIV H lukhupha ngokuchanekileyo idatha efana nesantya, ukuhamba kwamanzi, inqanaba lamanzi kunye nobushushu kwi-intanethi ngexesha langempela, isetyenziselwa inkqubo yokulumkisa ngezikhukula, iprojekthi yokuphambukisa amanzi, ukubeka esweni imeko-bume yamanzi, ezolimo ezikrelekrele kunye nemicimbi yamanzi.
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I-Tide kunye ne-Wave Gauge (Uhlobo loxinzelelo)
I-Tide kunye ne-Wave Gauge eziphuhlisileyo, echanekileyo kakhulu eyenzelwe ukujonga amaza kunye namaza ngaxeshanye, ivumela ukulinganiswa okuchanekileyo nokuthembekileyo kweeparameter ezininzi zolwandle. Esi sixhobo sinika ukujonga okubanzi kwamaza kunye namanqanaba amanzi, kubandakanya inqanaba lokuhamba kwamanzi, ukuphakama kwamaza okubalulekileyo kunye nexesha (H₁/₃), 1/10 ukuphakama kwamaza kunye nexesha (H₁/₁₀), ukuphakama okuphezulu kwegagasi, ukuphakama okuphakathi kwegagasi, kunye namaxesha amaza ahambelanayo.
Le nkqubo inogcino lwedatha oluqinileyo lwe-32 G olukwibhodi kwaye ixhaswa ziibhetri ze-lithium thionyl chloride ezi-2 x 3.6 V, eziqinisekisa ukusebenza okuzimela ixesha elide. Amanqanaba okuvavanya acwangcisiweyo e-2 Hz okanye i-4 Hz avumela ukuthunyelwa okuguquguqukayo ukuhlangabezana neemfuno ezahlukeneyo zokubeka esweni, kunye noluhlu lokulinganisa olufikelela kwi-20 m okanye i-50 m (ukhetho).
Ngoyilo oluncinci noluqinileyo, irekhoda inokufakelwa ngokulula kwizakhiwo ezahlukeneyo okanye kumaqonga, nto leyo eyenza ukuba ifaneleke kakuhle ukusasazwa ixesha elide kwiindawo zaselwandle ezikunxweme nolwandle, amachibi, amazibuko, kunye nokusetyenziswa kokujonga amanzi angaphantsi komhlaba.
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I-Tide kunye ne-Wave Gauge (Uhlobo lwe-RNSS)
I-Frankstar Tide kunye ne-Wave Gauge zibonelela ngokulinganisa amaza kunye namaza ngokuchanekileyo okuphezulu kusetyenziswa i-RNSS-based velocity sensing kunye ne-low-power inboard processing.
Ukulinganisa okuqhubekayo kunye nomyinge osekelwe kwi-algorithm kuvumela ukumisela ngokuchanekileyo inqanaba lokuhamba kwamanzi, ngelixa ukufunyanwa kwamaza okucwangciswayo kuxhasa ukutsalwa kweeparameter zamaza abalulekileyo njengokuphakama kwamaza okubalulekileyo, ixesha lamaza, kunye necala lamaza. Ukongeza, imisebenzi yokubeka kunye nexesha edibeneyo yonyusa ukuthembeka kwedatha kunye nokuvumelanisa.
Ifakwe kwindawo encinci, ebiyelweyo yomgangatho wolwandle enonxibelelwano lwe-RS232 kunye nokufakelwa kwe-clamp, i-RNSS Wave Sensor ifanelekile ukusetyenziswa kwi-observation buoys, iinqanawa zomphezulu ezingenamntu, kunye nezinye iiplatifomu ezidadayo, ixhasa ukujonga ixesha elide ulwandle, ubunjineli bonxweme, kunye nophando lwesayensi.
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Inkqubo yokuJonga uMgangatho wamanzi ahambayo eNamanqanawa
Inkqubo yokujonga umgangatho wamanzi aselwandle eFrankstar yinkqubo edibeneyo ngokupheleleyo, ezimeleyo yokujonga umgangatho wamanzi aselwandle rhoqo. Idibanisa izinzwa zeparameter ezininzi kunye nabahlalutyi bezondlo abanovakalelo oluphezulu ngokusekelwe kwiindlela ezivunyiweyo ze-wet-chemistry, inika idatha yomgangatho webhubhoratri kwiimeko zokwenyani zolwandle.
Ulawulo olukrelekrele, olusekelwe kwindawo ye-GNSS/BeiDou kunye nesantya senqanawa luvumela ukusampula okuguquguqukayo ngexesha lokuhamba. Iindlela ezizimeleyo ngokupheleleyo nezincediswa ngumqhubi, kunye nokulinganisa okuzenzakalelayo kunye nokugcinwa, ziqinisekisa uzinzo lwexesha elide, ukuthembeka, kunye nomsebenzi omncinci wokusebenza.
Yenzelwe ukusebenza ngaphandle kwengqwalaselo, le nkqubo ixhasa ukufunyanwa kwedatha okuqhubekayo, ukugcinwa, kunye nokudluliselwa kwayo, ibonelela ngeeseti zedatha ezikumgangatho ophezulu zophando lwezolwandle, ukujonga okusingqongileyo, kunye neenethiwekhi zokujonga ulwandle ezikrelekrele.
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Inkqubo yokuJonga amaza eRadar kunye neNqanaba laManzi
Inkqubo yokuJonga iNqanaba laManzi kunye neRadar Radar Radar sisixhobo sokujonga esichanekileyo nesingenakho ukuchukumisa esilungiselelwe ngokukodwa iindawo zamanzi olwandle.
Isebenzisa itekhnoloji yokulinganisa amaza eradar, le nkqubo ivumela ukujonga iiparameter ezibalulekileyo zamanzi ngexesha langempela, ngaphandle kokujonga ixesha langempela, njengokuphakama kwamaza, ixesha lamaza, kunye namanqanaba amanzi, nokuba phantsi kweemeko zemozulu ezinzima nezolwandle.
Ngenxa yokuba inamandla aphezulu okumelana namanzi, ukugqwala, kunye nokumelana nomkhenkce, le nkqubo ifanelekile kwiifama zomoya zaselwandle, amazibuko kunye neendlela zamanzi, ubunjineli bezolwandle, ukujonga okusingqongileyo, nokunye.
Ixhasa ukuhanjiswa kwedatha ekude kunye nokuhlanganiswa kweqonga, inikezela ngezakhono ezinamandla zokubona idatha kunye nohlalutyo ukuze inike inkxaso ethembekileyo yokujonga ulawulo lwamanzi olwandle kunye nolawulo lokhuseleko.
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Isivamvo seZondlo esikwiNdawo
I-Frankstar in-situ nutrient sensor itshintsha iindlela ze-wet-chemistry ezisetyenzisiweyo zibe zezona zizenzekelayo ngokupheleleyoi-ed, i-in-situte nutrient analyzer.Esi sixhobo silandela ngokungqongqo iinkqubo zokuchonga ezisemgangathweni zesizwe kwaye siphinda ngokuchanekileyo iinkqubo zelebhu ezenziwe ngesandla. Sisebenzisa ukuphathwa ngokuchanekileyo kwe-reagent kunye nolawulo lokuphendula oluzenzekelayo, i-In-Situ Nutrient Sensor enye inokulinganisa ngaxeshanye nangokuqhubekayo ukuya kwizakhamzimba ezintlanu ezibalulekileyo: i-nitrite (NO₂-N), i-nitrate (NO₃-N), i-phosphate (PO₄-P), i-ammonia nitrogen (NH₄-N), kunye ne-silicate (SiO₃-Si).
