Uthotho lweeSensors kunye neeTransmitter zeDijithali
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I-RS485 ye-Chlorophyll Sensor ekwi-Intanethi esetyenziswa kwi-Multiparameter CS6401
Ngokusekelwe kukukhanya kweepigment ukuze kulinganiswe iiparameter ekujoliswe kuzo, inokuchongwa ngaphambi kokuba kuvele impembelelo yokuqhuma kwe-algal. Akukho mfuneko yokukhupha okanye olunye unyango, ukubhaqwa ngokukhawuleza, ukuze kuthintelwe impembelelo yeesampuli zamanzi ezishelufini; I-sensor yedijithali, amandla aqinileyo okulwa nokuphazamiseka, umgama omde wokuhambisa; Isiphumo esiqhelekileyo sesignali yedijithali sinokudityaniswa kwaye sidityaniswe nezinye izixhobo ngaphandle kwesilawuli. Ukufakwa kwee-sensors kwindawo kulula kwaye kuyakhawuleza, kwenza kube lula ukuxhuma nokudlala. -
Isixhobo Sokujika Amanzi Sedijithali Esikwi-Intanethi se-Rs485 Isixhobo Sokujika Amanzi Semitha Yokujika Amanzi CS7820D
Intshayelelo:
Umgaqo we-turbidity sensor usekelwe kwindlela edibeneyo yokufunxa i-infrared kunye nendlela yokukhanya okusasazekayo. Indlela ye-ISO7027 ingasetyenziselwa ukumisela ngokuqhubekayo nangokuchanekileyo ixabiso le-turbidity. Ngokwe-ISO7027, iteknoloji yokukhanya okusasazeka kabini kwe-infrared ayichaphazeleki yi-chromaticity ukumisela ixabiso loxinzelelo lwe-sludge. Umsebenzi wokuzicoca unokukhethwa ngokwendawo yokusetyenziswa. Idatha ezinzileyo, ukusebenza okuthembekileyo; umsebenzi wokuzixilonga owakhelwe ngaphakathi ukuqinisekisa idatha echanekileyo; ukufakwa okulula kunye nokulinganisa. -
Ukubeka esweni umgangatho woNyango lwaManzi amdaka i-RS485 Imfuno yeOksijini I-COD Sensor CS6602D
Intshayelelo:
I-COD sensor yi-UV absorption COD sensor, edityaniswe namava amaninzi okusetyenziswa, ngokusekelwe kwisiseko sokuqala sohlaziyo oluninzi, ayingobungakanani obuncinci kuphela, kodwa nebrashi yokucoca eyahlukileyo yokuqala yokwenza enye, ukuze ukufakelwa kube lula ngakumbi, kunye nokuthembeka okuphezulu. Ayidingi reagent, akukho ungcoliseko, ukhuseleko olungaphezulu kwezoqoqosho kunye nokusingqongileyo. Ukubeka iliso lomgangatho wamanzi kwi-intanethi ngaphandle kokuphazamiseka. Imbuyekezo ezenzekelayo yokuphazamiseka kokungcoliswa, kunye nesixhobo sokucoca ngokuzenzekelayo, nokuba ukujonga ixesha elide kusenozinzo oluhle kakhulu. -
I-Industrial Online Analyzer Ammonia Nitrogen Sensor Digital RS485 CS6714SD
I-Digital ISE Sensor Series CS6714SD Ammonium Ion sensor yi-electrodes ezikhethiweyo ze-membrane ion eziqinileyo, ezisetyenziselwa ukuvavanya ii-ion ze-ammonium emanzini, ezinokukhawuleza, zilula, zichaneke kwaye zingabizi kakhulu; Uyilo lusebenzisa umgaqo we-electrode ekhethiweyo ye-ion eqinileyo enye-chip, ngokuchaneka okuphezulu kokulinganisa; i-PTEE enkulu-scale seepage interface, akukho lula ukuyivimba, ilwa nongcoliseko Ifanelekile kunyango lwamanzi amdaka kwishishini le-semiconductor, i-photovoltaics, i-metallurgy, njl. kunye nokujonga ukukhutshwa komthombo wongcoliseko; I-single chip engeniswe esemgangathweni ophezulu, i-zero point potential echanekileyo ngaphandle kokuntywila. -
Ilebhu yezezimboni Amanzi eGlasi yeElectrode ye-PH sensor Conductivity Probe EC DO ORP CS1529
Yenzelwe imeko-bume yamanzi olwandle.
Ukusetyenziswa okugqwesileyo kwe-electrode ye-SNEX CS1529 pH ekulinganisweni kwe-pH yamanzi olwandle.
1. Uyilo lwe-Solid-state liquid junction: Inkqubo ye-electrode yesalathiso yinkqubo yesalathiso engenazimbobo, eqinileyo, engatshintshiselwano. Ziphephe ngokupheleleyo iingxaki ezahlukeneyo ezibangelwa kukutshintshiselana kunye nokuvaleka kwe-liquid junction, ezifana ne-reference electrode ekulula ukuyingcolisa, ityhefu ye-reference vulcanization, ukulahleka kwesalathiso kunye nezinye iingxaki.
2. Izinto ezichasene nokugqwala: Kumanzi olwandle agqwala kakhulu, i-electrode ye-SNEX CS1529 pH yenziwe ngezinto ze-marine titanium alloy ukuqinisekisa ukusebenza okuzinzileyo kwe-electrode. -
I-RS485 ye-Chlorophyll Sensor ekwi-Intanethi esetyenziswa kwi-Multiparameter Sonda CS6400D
Umgaqo we-CS6400D Chlorophyll Sensor usebenzisa iimpawu ze-chlorophyll A ene-absorption peaks kunye ne-emission peaks kwi-spectrum.
Iincochoyi zokufunxa zikhupha ukukhanya okunombala omnye emanzini, i-chlorophyll A emanzini ifunxa amandla okukhanya okunombala omnye, ikhupha ukukhanya okunombala omnye kokukhupha incochoyi yobude bomda. Ubungakanani bokukhanya obukhutshwa yi-cyanobacteria buhambelana nomxholo we-chlorophyll A emanzini. -
Isixhobo sokuvavanya ioyile emanzini sedijithali CS6901D
I-CS6901D yimveliso ekrelekrele yokulinganisa uxinzelelo echanekileyo kwaye izinzile. Ubungakanani obuncinci, ubunzima obulula kunye noluhlu olubanzi loxinzelelo okwenza le transmitter ifaneleke ngamaxesha onke apho kufuneka ilinganise uxinzelelo lolwelo ngokuchanekileyo.
1. Ayinamanzi, ayifuni ukubila, ayinazo iingxaki zokuvuza, i-IP68
2. Ukumelana okuhle kakhulu nempembelelo, ukugqithisa, ukothuka kunye nokukhukuliseka komhlaba
3. Ukhuseleko olusebenzayo lombane, ukhuseleko oluqinileyo lwe-RFI kunye ne-EMI
4. Imbuyekezo yobushushu bedijithali ephucukileyo kunye nobubanzi bobushushu bokusebenza
5.Ukuqonda okuphezulu, ukuchaneka okuphezulu, impendulo ephezulu rhoqo kunye nozinzo lwexesha elide
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I-Industrial Online Digital RS485 Output Signal Cleaning Automatic Oil in Water Sensor CS6900D
Iindlela zokuchonga ioyile emanzini ezisetyenziswa rhoqo ziquka indlela yokumiswa (D/λ<=1), i-infrared spectrophotometry (ayifanelekanga kuluhlu oluphantsi), i-ultraviolet spectrophotometry (ayifanelekanga kuluhlu oluphezulu), njl. I-intanethi ye-intanethi ye-oyile emanzini isebenzisa umgaqo wendlela ye-fluorescence. Xa kuthelekiswa neendlela ezininzi ezisetyenziswa rhoqo, indlela ye-fluorescence isebenza kakuhle, ikhawuleza kwaye iphinda-phinda, kwaye inokujongwa kwi-intanethi ngexesha langempela. I-sensor inokuphindaphindwa ngcono kwaye izinzile. Ngebrashi yokucoca ngokuzenzekelayo, inokususa amaqamza omoya kwaye inciphise impembelelo yongcoliseko kumlinganiselo, yenze umjikelo wokugcinwa ube mde, kwaye igcine uzinzo oluhle ngexesha lokusetyenziswa kwi-intanethi ixesha elide. Ingasebenza njengesilumkiso kwangethuba kungcoliseko lweoyile emanzini. -
I-Digital COD Sensor STP Water Treatment Demand Chemical Oxygen Demand CS6603HD
I-COD sensor yi-UV absorption COD sensor, edityaniswe namava amaninzi okusetyenziswa, ngokusekelwe kwisiseko sokuqala sohlaziyo oluninzi, ayingobungakanani obuncinci kuphela, kodwa nebrashi yokucoca eyahlukileyo yokuqala yokwenza enye, ukuze ukufakelwa kube lula ngakumbi, kunye nokuthembeka okuphezulu. Ayidingi reagent, akukho ungcoliseko, ukhuseleko olungaphezulu kwezoqoqosho kunye nokusingqongileyo. Ukubeka iliso lomgangatho wamanzi kwi-intanethi ngaphandle kokuphazamiseka. Imbuyekezo ezenzekelayo yokuphazamiseka kokungcola, kunye nesixhobo sokucoca ngokuzenzekelayo, nokuba ukujonga ixesha elide kusenozinzo oluhle kakhulu. -
I-Digital RS485 I-Blue-green Algae Sensor yoHlalutyo loMgangatho waManzi CS6401D
I-CS6041D blue-green algae sensor isebenzisa uphawu lwe-cyanobacteria ene-absorption peak kunye ne-emission peak kwi-spectrum ukuze ikhuphe ukukhanya kwe-monochromatic kwe-wavelength ethile emanzini. I-Cyanobacteria emanzini ifunxa amandla ale monochromatic light kwaye ikhuphe ukukhanya kwe-monochromatic kwenye i-wavelength. Ukukhanya okukhulu okukhutshwa yi-cyanobacteria kuhambelana nomxholo we-cyanobacteria emanzini. Ngokusekelwe kwi-fluorescence yeepigments ukulinganisa iiparameters ekujoliswe kuzo, inokuchongwa ngaphambi kokuba impembelelo ye-algal bloom ibonakale. Akukho mfuneko yokukhupha okanye olunye unyango, ukubonwa ngokukhawuleza, ukuphepha impembelelo yeesampuli zamanzi ezishelufini; I-sensor yedijithali, amandla aqinileyo okulwa nokuphazamiseka, umgama omde wokuhambisa; Imveliso yesignali yedijithali eqhelekileyo inokudityaniswa kwaye idityaniswe nezinye izixhobo ngaphandle komlawuli. -
I-Nitrate Ion Selective Electrod RS485 Output Inzwa yomgangatho wamanzi i-ca2+ ion Electrode yamanzi amdaka CS6720AD
I-CS6720AD digital nitrate ion selective electrode luhlobo lwe-electrochemical sensor esebenzisa i-membrane potential ukulinganisa umsebenzi okanye ukuxinana kwee-ion kwisisombululo. Xa idibana nesisombululo esinee-ion eziza kulinganiswa, iya kuvelisa uqhagamshelwano ne-sensor kwindawo ephakathi kwe-membrane yayo ebukhali kunye nesisombululo. Umsebenzi we-ion unxulumene ngokuthe ngqo ne-membrane potential. Ii-ion selective electrodes zikwabizwa ngokuba zii-membrane electrodes. Olu hlobo lwe-electrode lune-membrane ekhethekileyo ye-electrode ephendula ngokukhetha kwii-ion ezithile. Ubudlelwane phakathi kwe-potential ye-membrane ye-electrode kunye nomxholo we-ion oza kulinganiswa buhambelana nefomyula yeNernst. Olu hlobo lwe-electrode luneempawu zokukhetha okulungileyo kunye nexesha elifutshane lokulingana, okwenza kube yi-electrode yesalathisi esetyenziswa kakhulu kuhlalutyo olunokwenzeka. -
I-Industry Water Hardness Meter NH4 Ion Selective Electrode Sensor Probe RS485 CS6718AD
Kulula ukuqhagamshela kwi-PLC, i-DCS, iikhompyutha zolawulo lwemizi-mveliso, abalawuli bemisebenzi ngokubanzi, izixhobo zokurekhoda ezingenamaphepha okanye izikrini zokuchukumisa kunye nezinye izixhobo zomntu wesithathu. I-CS6718AD water hardness ion selective electrode yindlela esebenzayo yokulinganisa umxholo we-calcium ion kwisampulu. Ii-calcium ion selective electrodes zikwasetyenziswa rhoqo kwizixhobo ezikwi-intanethi, ezifana ne-industrial online calcium ion.
Ukubeka esweni umxholo. I-electrode ekhethiweyo ye-calcium ion ineengenelo zokulinganisa okulula, impendulo ekhawulezayo nechanekileyo. Ingasetyenziswa ne-PH meter, i-ion meter kunye ne-intanethi ye-calcium ion analyzer, kwaye ikwasetyenziswa kwi-electrolyte analyzer, kunye ne-ion selective electrode detector ye-flow injection analyzer. -
I-Ammonia ekwi-Intanethi I-Ammonium Ion-selective Electrodes Ukubeka iliso kuMgangatho wamanzi i-RS485 4-20mA CS6714AD
Kulula ukuqhagamshela kwi-PLC, i-DCS, iikhompyutha zolawulo lwemizi-mveliso, abalawuli bemisebenzi ngokubanzi, izixhobo zokurekhoda ezingenamaphepha okanye izikrini zokuchukumisa kunye nezinye izixhobo zomntu wesithathu. I-CS6714AD ammonium ion selective electrode yindlela esebenzayo yokulinganisa umxholo we-ammonium ion kwisampulu. Ii-electrode ezikhethiweyo ze-ammonium ion zikwasetyenziswa rhoqo kwizixhobo ezikwi-intanethi, ezifana nokubeka esweni umxholo we-ammonium ion kwimizi-mveliso. I-Ammonium ion selective electrode ineengenelo zokulinganisa okulula, impendulo ekhawulezayo nechanekileyo. Ingasetyenziswa nge-PH meter, i-ion meter kunye ne-online ammonium ion analyzer, kwaye ikwasetyenziswa kwi-electrolyte analyzer, kunye ne-ion selective electrode detector ye-flow injection analyzer. -
Intengiso yeFektri kwi-Intanethi ye-Ammonia Potassium ion Analyzer Meter 3/4NPT yamanzi amdaka CS6712AD
Kulula ukuqhagamshela kwi-PLC, i-DCS, iikhompyutha zolawulo lwemizi-mveliso, abalawuli bemisebenzi ngokubanzi, izixhobo zokurekhoda ezingenamaphepha okanye izikrini zokuchukumisa kunye nezinye izixhobo zomntu wesithathu. I-electrode ekhethiweyo ye-CS6712AD potassium ion yindlela esebenzayo yokulinganisa umxholo we-potassium ion kwisampulu. Ii-electrode ezikhethiweyo ze-potassium ion zikwasetyenziswa rhoqo kwizixhobo ezikwi-intanethi, ezifana nokubeka esweni umxholo we-potassium ion kwimizi-mveliso. , I-electrode ekhethiweyo ye-potassium ion ineenzuzo zokulinganisa okulula, impendulo ekhawulezayo nechanekileyo. Ingasetyenziswa nge-PH meter, i-ion meter kunye ne-intanethi ye-potassium ion analyzer, kwaye ikwasetyenziswa kwi-electrolyte analyzer, kunye ne-ion selective electrode detector ye-flow injection analyzer. -
I-Water Online Digital RS485 Chloride Ion Selective Sensor yokubeka esweni amanzi CS6711AD
I-CS6711AD digital chloride ion sensor isebenzisa i-electrode ekhethiweyo ye-ion ye-membrane eqinileyo ukuvavanya ii-ion ze-fluoride ezintanta emanzini, ekhawulezayo, elula, echanekileyo nengabizi kakhulu. Uyilo lusebenzisa umgaqo we-electrode ekhethiweyo ye-ion ye-single-chip eqinileyo, echanekileyo kakhulu. Uyilo lwebhulorho yetyuwa ephindwe kabini, ubomi benkonzo ende. I-probe ye-ion ye-chloride enelungelo lobunikazi, enolwelo lwangaphakathi olungqinisisiweyo kuxinzelelo lwe-100KPa (1Bar), iphuma kancinci kakhulu kwibhulorho yetyuwa encinci. Inkqubo enjalo yokungqinisiswa izinzile kakhulu kwaye ubomi be-electrode bude kunobo buqhelekileyo.