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I-CTD Hydrological Sensor – Iprofayili yokuqhuba, ubushushu kunye nobunzulu bokubeka iliso kuMgangatho woLwandlekazi kunye nowoMgangatho waManzi
Uthotho lweFrankstar CTD (uHlelo oluQhelekileyo) sisixhobo sobungcali sokujonga amanzi. Sisebenzisa indlela yokusebenza edibeneyo yokufunda ngokuthe ngqo kunye neyodwa, enokuchaneka okuphezulu, ukusetyenziswa kwamandla aphantsi, kunye nokumelana nokuhamba kwamanzi okuphantsi. Sinokulinganisa ngokuchanekileyo ubushushu, ukuqhuba kombane, kunye nobunzulu kwiindawo zamanzi.
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Imitha Yokuhamba Kwerada – Inkqubo Yokulinganisa Ukuhamba Okungadibaniyo Nokujongwa Kokuhamba Kwemijelo Evulekileyo Nokujongwa Kokuhamba Komlambo
I-FS-LDLL-001 Radar Flow Meter sisiva-luvo esenzelwe ukulinganisa isantya somphezulu wamanzi kunye nokuhamba kwamanzi kwiindawo zamanzi ezivulekileyo. Iyunithi yeradar ejikelezayo isebenzisa itekhnoloji ye-FMCW (Frequency-Modulated Continuous Wave), ngelixa iradar yesantya isebenza kwi-24 GHz. Indawo yokulinganisa ibekwe phambi kwesixhobo, iqinisekisa ukulinganiswa okungaphazamisekiyo ngaphandle kokuphazamisa intsimi yokuhamba kwamanzi, okubangela ukuchaneka okuphezulu kunye nomgca ogqwesileyo.
Ekubeni ingenazo iindawo ezishukumayo, le sensor iyamelana nokuvaleka kwedaka, ukuphazamiseka kwezityalo zasemanzini, kunye nokuxinana kwenkunkuma. Uyilo oluqinileyo lweprobe luqinisekisa ukusebenza okuthembekileyo ixesha elide kwiindawo ezinzima, kuquka imilambo enoxinzelelo olukhulu lwedaka, izityalo ezininzi ezidadayo, kunye neemeko ezinzima zomkhenkce ebusika.
Le radar flow meter isetyenziswa kakhulu ekujongeni ukuhamba kwamanzi kwizikhululo zamanzi, kwiindlela zokunkcenkceshela, kwiinethiwekhi zemibhobho yamanzi emvula kunye namanzi amdaka, nakwimilambo yendalo.
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Imitha yeVelocity yeRadar – Inzwa yeVelocity yamanzi angaphezulu engadibaniyo yokulinganisa ukuhamba kwetshaneli evulekileyo
I-Radar Velocity Meter sisixhobo esidibeneyo esidibanisa i-antenna ye-microstrip, isekethe ye-RF, kunye neyunithi yokucubungula isignali. Ikhupha ngokuthe ngqo ulwazi lwesantya ekujoliswe kuso kwaye isetyenziselwa ukulinganisa isantya sokuhamba kwemilambo kunye neenethiwekhi zemibhobho engaphantsi komhlaba.
I-radar isebenzisa itshiphusi edityanisiweyo yaseJamani engeniswe kwamanye amazwe kunye ne-amplifier yesandisi-lizwi esiphantsi esingaphambili, enesilinganiselo esiphezulu kakhulu. Ilinganisa isantya sokuhamba kwamanzi angaphezulu ngokusekelwe kumgaqo weDoppler. I-radar ye-microwave ayichaphazeleki bubushushu, uxinzelelo, uxinano lomoya, umoya, okanye ezinye iimeko zokusingqongileyo, nto leyo evumela ukusebenza okuzinzileyo kuyo yonke imozulu kunye nokusebenza ixesha lonke.
Imitha yethu yesantya seradar inesantya esiphantsi sokuqala kunye noluhlu olubanzi lokulinganisa. Ibandakanya ukubuyiselwa kwethambeka eyakhelwe ngaphakathi kunye nokulungiswa kwenzuzo, okwenza ukufakwa kube lula kwaye kube lula. Le mveliso isetyenziswa kakhulu ukujonga isantya sokuhamba komphezulu kwimilambo, kwiitshaneli ezivulekileyo, nakwii-culverts ezingaphantsi komhlaba. Xa idityaniswe negeyiji yenqanaba lamanzi, inokwenza inkqubo yokujonga ukuhamba kwe-intanethi.
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I-Radar Level Level Sensor – I-Non-Contact Water Level Sensor kunye ne-Jongisisa i-Non-Contact Water Level Sensor yeMilambo kunye nee-Open Channels
I-FS-LDSW-001 Radar Water Level Sensor yimveliso yeradar ye-80 GHz Frequency-Modulated Continuous Wave (FMCW) eyenzelwe ukulinganisa inqanaba lamanzi ngendlela echanekileyo. Uluhlu oluphezulu lokulinganisa lungafikelela kwi-120 m, kunye nendawo engabonakaliyo engaphantsi kwe-10 cm.
Ngenxa yokuba isebenza rhoqo kwaye ibanzi, le sensor inika ukuchaneka okuphuculweyo kokulinganisa kwaye isetyenziswa kakhulu kwiiprojekthi zokujonga amanzi, ukugcina amanzi, kunye nokujonga imingxunya kamasipala.
I-FS-LDSW-001 isebenzisa umgaqo wokulinganisa ongengowokudibana, iqinisekisa ukuba akukho kudibana ngqo nomphezulu wamanzi. Ayichaphazeleki ngumgangatho wamanzi, intlenga, okanye inkunkuma edadayo, inika ukulungelelaniswa okugqwesileyo kwendalo kunye nokusebenza okuthembekileyo kwiimeko ezinzima zentsimi.
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I-Gauge yeNqanaba laManzi eliSebenza ngokuDada – Ukulinganisa iNqanaba laManzi ngoMatshini kunye neSixhobo sokuBeka esweni izicelo ze-Hydrological
I-FS-LDSW-001 Float-Operated Water Level Gauge yi-sensor yedijithali edibanisa ubuchwepheshe boomatshini kunye nombane. Iguqula ukufuduka kwe-angular ye-output shaft ibe yimiqondiso yedijithali, ivumela ukulinganiswa ngokuchanekileyo kwenqanaba lamanzi kunye nokuqinisekiswa kwendawo epheleleyo. Esi sixhobo sinomsebenzi wememori yokucima umbane.
Umgaqo wayo wokusebenza ngolu hlobo lulandelayo: ivili lokulinganisa le-sensor yenqanaba lamanzi lifakwe kwi-encoder input shaft. Intambo yentsimbi idibanisa i-float kwelinye icala kunye ne-counterweight kwelinye, ijikeleza ivili lokulinganisa. Xa inqanaba lamanzi litshintsha, i-float inyuka okanye iwe ngokufanelekileyo, iqhube intambo yentambo kwaye ijikeleze ivili lokulinganisa. I-encoder emva koko ikhupha amaxabiso enqanaba lamanzi ngexesha langempela.
Esi sixhobo sisetyenziswa kakhulu ekujongeni umgangatho wamanzi kwimilambo, emachibini, kwiindawo zokugcina amanzi, kwiindawo zokutshixa iinqanawa, kwizikhululo zamanzi, kwizikhululo zamanzi, kwizikhululo zonyango lwamanzi, nakwizibonelelo ze-petrochemical, kunye nokulinganisa umgangatho wamanzi angaphezulu komhlaba kunye nomgangatho wamanzi angaphantsi komhlaba.
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I-ADCP (i-Acoustic Doppler Current Profiler) – Isantya Sokuhamba Kwamanzi kunye neNkqubo Yokulinganisa Ngokusebenza Kwamanzi yokubeka esweni i-Hydrological
I-ADCP Series Horizontal Acoustic Doppler Current Profiler sisixhobo sokujonga isantya sokuhamba kunye nokukhupha amanzi kwi-intanethi. Olu luhlu lusebenzisa itekhnoloji yokucubungula isignali ye-broadband kwaye lusebenzisa umgaqo we-Acoustic Doppler ukufumanisa isantya sokuhamba kwamasuntswana axhonyiweyo emanzini, ngaloo ndlela kubalwa isantya sokuhamba kwamanzi emzimbeni wamanzi.
I-ADCP Series horizontal profiler igcina ukusebenza kokulinganisa okuzinzileyo nokuthembekileyo kwaye yimveliso yesizukulwana esitsha eyenzelwe usetyenziso olukhethekileyo. Ibonelela ngemveliso ye-intanethi yexesha langempela yesantya sokuhamba kwamanzi esichanekileyo, ukukhutshwa kwamanzi, inqanaba lamanzi, kunye nedatha yobushushu, inikezela ngenkxaso yedatha ethembekileyo kwiinkqubo zesilumkiso sangaphambi kwexesha sezikhukhula, iiprojekthi zokudluliselwa kwamanzi, ukujonga imeko-bume yamanzi, ezolimo ezikrelekrele, kunye nezicelo zolawulo lwamanzi ezikrelekrele.
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Inzwa yokuGxinanisa iSediment eBonisiweyo – Inzwa yokuJonga iSediment eXinzekileyo yoKujika kunye noKulinganisa uMgangatho waManzi
I-Optical Sediment Concentration Sensor sisixhobo sokujonga i-optical sediment esikwi-intanethi esibanzi. Siphumelele amalungelo obunikazi amaninzi esizwe ngenxa yetekhnoloji yaso ephambili. Ngoluhlu olukhulu kakhulu oluvela kwi-0 ukuya kwi-1000 kg/m3, sinokugubungela iimfuno zokujonga i-sediment emisiwe kwi-intanethi kwiindidi ezininzi zemilambo. Indlela yayo yokufakela eguquguqukayo inokuhlengahlengiswa kwiimfuno zeemeko ezahlukeneyo zesicelo. Inokuthenjwa okuphezulu kunye nokhuseleko, kwaye ixhotyiswe ngeqonga lokulinganisa nokulawula elizenzele lona ngokuzenzekelayo, elivumela ukubeka ngokuzenzekelayo amanqaku okulinganisa umgca othe nkqo ukuqinisekisa ukumelwa kwedatha yoxinzelelo lwe-sediment. Ingenza ukujonga rhoqo kwi-intanethi unyaka wonke.
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Inzwa yoMgangatho waManzi – Inzwa yokujonga uMgangatho waManzi yeParamitha ezininzi yokulinganisa uMgangatho waManzi ngexesha langempela
I-FS-DCSZ-001 multi-parameter quality sensor sisixhobo sokujonga esisetyenziselwa ukufumana idatha yomgangatho wamanzi. Ifumana iiparameter zomgangatho wamanzi ngee-sensors ezininzi ezidibeneyo. I-sensor nganye ilinganisa iparameter yayo ehambelanayo isebenzisa iindlela zokuchonga ze-electrochemical, optical, okanye physical. Inkqubo ye-multi-probe ikhupha idatha ngokuthe ngqo kwifomathi yeModbus.
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Uthotho lwe-Intanethi yoHlalutyo loMgangatho waManzi – Inkqubo yokuJonga uMgangatho waManzi ye-Multiparameter yoHlalutyo loMgangatho waManzi lweXesha langempela
Ndineminyaka emininzi yamava kuhlalutyo lwenkqubo kunye nophuhliso lwezixhobo zokubeka esweni okusingqongileyo ukuphuhlisa isixhobo sokubeka esweni esikwi-intanethi sesizukulwana esitsha esinokusebenza okulula, ukulungiswa okulula, kunye nokuchaneka okuphezulu kokulinganisa.
Inkqubo yokulinganisa eyiyo enamalungelo obunikazi obuzimeleyo iye yayilwa, nto leyo enciphisa kakhulu ukusetyenziswa kwee-reagent kunye nokuveliswa kolwelo olulahlwayo.
Isebenzisa ivalvu edibeneyo enonxibelelwano lwe-RS485, ekwaziyo ukumelana nokugqwala, echanekileyo kakhulu ekubekeni, enesantya esiphantsi sokusilela, kwaye kulula ukuyifaka.
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Isikhululo seMozulu esiDibeneyo se-Ultrasonic – Inkqubo yokuJonga iMeteorological ngokuzenzekelayo yokuJonga iMozulu kunye nokuSingqongileyo
Isikhululo seMozulu esiDibeneyo se-FS-YTQX-001 sisetyenziswa kakhulu ekujongeni okusingqongileyo. Sidibanisa imvula ebonakalayo, isantya somoya kunye necala lomoya, kunye neenzwa zobushushu kunye nokufuma kwiyunithi enye. Esi sixhobo sisebenzisa iprotocol yonxibelelwano ye-MODBUS-RTU eqhelekileyo enesiphumo sesignali ye-RS485. Umgama wonxibelelwano unokufikelela kwiimitha ezingama-2000, okuvumela ukuhanjiswa kwedatha kwisoftware yokujonga abathengi okanye kwiinkqubo ze-PLC/SCADA nge-RS485. Sikwaxhasa uphuhliso lwesibini.
Ikhampasi ye-elektroniki eyakhelwe ngaphakathi (ukhetho) isusa iimfuno zokujongwa kokufakelwa; kufuneka ukufakwa okuthe tye kuphela. Ifanelekile kwiifowuni eziphathwayo ezifana neenqanawa zaselwandle kunye nokuthuthwa kwezithuthi, ngaphandle kwemida yecala ngexesha lokufakwa.
Le mveliso isetyenziswa kakhulu kwizicelo ezifuna ukulinganiswa kobushushu obungqongileyo, isantya somoya, kunye necala lomoya. Ikhuselekile, ithembekile, iyilwe ngobuhle, kulula ukuyifaka, kwaye ihlala ixesha elide.
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I-Tipping Bucket Rain Gauge – I-Automatic Rain Measurement Sensor yokujonga iMozulu kunye neHydrological
Esi sixhobo sisebenza njengesixhobo esiphambili sokulinganisa imvula. Icandelo laso eliphambili—ibhakethi yokuphosa—inoyilo olucwangcisiweyo lwe-3D oluqinisekisa ukukhupha amanzi okuthambileyo ngelixa lubonelela ngamandla okuzicoca kunye nokulula kokugcinwa. Ixhasa zombini iziphumo zesignali ye-pulse kunye ne-RS-485, ivumela ukufundwa kwemvula ngokuthe ngqo ngaphandle kwesidingo sokubala okwesibini, okwenza kube lula kwaye kube lula ukuyisebenzisa. Esi sixhobo siquka indawo yokuhlala, isihluzi, umqokeleli wemvula, i-funnel, ibhakethi yokuphosa, i-terminal block, imilenze yokuxhasa, iswitshi yereed, ibhokisi yokulawula, kunye nesiseko. Ibhakethi yokuphosa isebenzisa isakhiwo esidibeneyo sokubeka umkhono wayo weshaft, kunye nebhakethi efakwe kwiibheringi ngeshaft yayo. Njengoko izinto zangaphakathi zihlanganiswe ngokupheleleyo ngaphambi kokuthunyelwa, akukho mfuneko yokuhlanganiswa kwangaphakathi kwindawo, ngaloo ndlela kwenza kube lula inkqubo yokufaka.
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I-Piezometer yeNtambo eVibrating – I-Sensor yoXinzelelo lwaManzi oluPhezulu oluchanekileyo lokujonga i-Geotechnical kunye namanzi angaphantsi komhlaba
I-piezometer yentambo eshukumayo ye-FS-ZXSY-001 yenzelwe ukufakwa ixesha elide kwizakhiwo ze-hydraulic, izakhiwo zekhonkrithi, izakhiwo zomhlaba, okanye ngaphakathi komhlaba ukulinganisa uxinzelelo lwamanzi oluphumayo (iimbobo), ngelixa ngaxeshanye ilinganisa ubushushu kwindawo yokufakela.
Ngezixhobo ezikhethiweyo, ingasetyenziswa kwiityhubhu ze-piezometer kunye nee-base boreholes. Esi sixhobo sinesakhiwo sentsimbi engagqwaliyo ngokupheleleyo esinobukhulu obuncinci obuyi-24 × 120 mm, okuvumela ukufakwa lula kwiindawo ezixineneyo. Ikwabandakanya nokusebenza kokuchonga iiparameter.
