Iimveliso
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Ukuqhuba / Ukumelana ne-Intanethi / i-TDS / iMeter yeTyuwa T4030
Imitha yokuqhuba umbane kwi-intanethi yezezimboni sisixhobo sokulawula umgangatho wamanzi esisekwe kwi-microprocessor, i-salinometer ilinganisa kwaye ijonge ubutyuwa (umxholo wetyuwa) ngokulinganisa ukuhanjiswa kwamanzi emanzini amatsha. Ixabiso elilinganisiweyo liboniswa njenge-ppm kwaye ngokuthelekisa ixabiso elilinganisiweyo nexabiso lenqaku le-alamu elichazwe ngumsebenzisi, iziphumo ze-relay ziyafumaneka ukubonisa ukuba ubutyuwa bungaphezulu okanye bungaphantsi kwexabiso lenqaku le-alamu. -
I-CS6602CD Digital COD Sensor
Intshayelelo:
I-COD sensor yi-UV absorption COD sensor, edityaniswe namava amaninzi okusetyenziswa, ngokusekelwe kwisiseko sokuqala sohlaziyo oluninzi, ayingobukhulu nje kuphela, kodwa nebrashi yokucoca eyahlukileyo yokuqala yokwenza enye, ukuze ufakelo lube lula ngakumbi, lube nokuthembeka okuphezulu.
Ayifuni reagent, akukho ungcoliseko, ukhuseleko olungaphezulu kwezoqoqosho nokusingqongileyo. Ukubeka iliso lomgangatho wamanzi kwi-intanethi ngaphandle kokuphazamiseka. Imbuyekezo ezenzekelayo yokuphazamiseka kokungcoliswa kwamanzi, ngesixhobo sokucoca ngokuzenzekelayo, nokuba ukujonga ixesha elide kusenozinzo oluhle kakhulu.
Umgaqo wovavanyo:
Iikhompawundi ezininzi ze-organic ezinyibilikiswe emanzini ziyafunxa ukukhanya kwe-ultraviolet. Ke ngoko, isixa siphela sezinto ezingcolisayo ze-organic emanzini sinokulinganiswa ngokulinganisa umlinganiselo ezi zinto ze-organic ezifunxa ngawo ukukhanya kwe-ultraviolet kwi-254nm. -
Inkqubo yokujonga kwi-intanethi ye-T9040 yoMgangatho waManzi eneeparameter ezininzi
Inkqubo yokuJonga iMilinganiselo emininzi yamanzi kwi-Intanethi liqonga elidibeneyo nelizenzekelayo eliyilelwe ukulinganisa rhoqo, ngexesha langempela iiparameter ezininzi ezibalulekileyo zomgangatho wamanzi kwindawo enye okanye kwinethiwekhi. Imele utshintsho olusisiseko ukusuka ekuthatheni iisampulu ngesandla, ezisekelwe kwilebhu ukuya kulawulo lwamanzi olusebenzayo, oluqhutywa yidatha kukhuseleko lwamanzi okusela, unyango lwamanzi amdaka, ukhuseleko lokusingqongileyo, kunye nolawulo lweenkqubo zoshishino.
Isiseko senkqubo yi-array ye-sensor eqinileyo okanye i-analyzer ephakathi ebamba iimodyuli ezahlukeneyo zokufumanisa. Iiparamitha eziphambili ezilinganisiweyo zihlala ziquka i-fundamental five (pH, Dissolved Oxygen (DO), Conductivity, Turbidity, kunye neTemperature), ezihlala zongezwa ngeeNutrient Sensors (Ammonium, Nitrate, Phosphate), Organic Matter Indicators (UV254, COD, TOC), kunye neeToxic Ion Sensors (umz., Cyanide, Fluoride). Ezi sensors zigcinwe kwiiprobes eziqinileyo, ezingaphantsi komhlaba okanye iiseli ezihambayo, eziqhagamshelwe kwi-central data logger/transmitter.
Ubuchule bale nkqubo buxhomekeke ekuzenzekeleni nasekuqhagamshelweni kwayo. Yenza ukulinganiswa ngokuzenzekelayo, ukucoca, kunye nokuqinisekiswa kwedatha, iqinisekisa ukuthembeka kwexesha elide kunye nokugcinwa okuncinci. Idatha idluliselwa ngexesha langempela ngeenkqubo zoshishino (4-20mA, Modbus, Ethernet) kwiinkqubo ze-central Supervisory Control and Data Acquisition (SCADA) okanye amaqonga efu. Oku kwenza ukuba i-alamu ekhawulezileyo iqalise ukugqithiswa kweeparameter, uhlalutyo lwendlela yokugcina izinto kwangaphambili, kunye nokuhlanganiswa okungenamthungo kunye nee-loops zolawulo lwenkqubo zokulinganisa iikhemikhali ngokuzenzekelayo okanye ulawulo lomoya.
Ngokubonelela ngeprofayili epheleleyo neyokwenyani yomgangatho wamanzi, ezi nkqubo zibalulekile ekuqinisekiseni ukuthotyelwa kwemithetho, ukuphucula iinkqubo zonyango, ukukhusela iinkqubo zendalo zasemanzini, kunye nokukhusela impilo yoluntu. Ziguqula idatha eluhlaza ibe bubulumko obusebenzayo, zenza umqolo weenethiwekhi zamanzi ezikrelekrele zanamhlanje. -
Imitha ye-W8500G yeModeli ye-Turbidity kwi-Intanethi
Izicelo eziqhelekileyo
Ukubeka iliso kumanzi amdaka kwiindawo zamanzi. Ukubeka iliso kumgangatho wamanzi kwiinethiwekhi zemibhobho zikamasipala. Ukubeka iliso kumgangatho wamanzi kwiinkqubo zoshishino, kubandakanya amanzi apholileyo ajikelezayo, amanzi amdaka avela kwiifilitha zekhabhoni ezisebenzayo, amanzi amdaka avela kwiifilitha zemembrane, njl.njl.
Iimpawu zeSixhobo:
●Isibonisi se-LCD esikhulu
●Ukusebenza kwemenyu okukrelekrele
●Ukubhalwa kwemihla yembali
●Imbuyekezo yobushushu ngesandla okanye ezenzekelayo
● Amaqela amathathu eeswitshi zolawulo lokudlulisa
●Ulawulo oluphezulu, oluphantsi kunye ne-hysteresis
● Iindlela ezininzi zokukhupha: 4-20mA kunye ne-RS485
● Ukuboniswa ngaxeshanye kwexabiso le-turbidity, ubushushu kunye nexabiso langoku kwi-interface efanayo
●Umsebenzi wokukhusela iphasiwedi ukuthintela ukusetyenziswa gwenxa ngabasebenzi abangagunyaziswanga -
Imitha ye-pH/ORP ekwi-intanethi T6000
Imitha ye-PH/ORP ekwi-intanethi yemizi-mveliso sisixhobo sokujonga nokulawula umgangatho wamanzi esikwi-intanethi esine-microprocessor.
Ii-electrode ze-PH okanye ii-electrode ze-ORP zeentlobo ezahlukeneyo zisetyenziswa kakhulu kwizityalo zamandla, kushishino lwe-petrochemical, kwi-electronics ze-metallurgical, kushishino lwemigodi, kushishino lwephepha, kubunjineli bokuvubela izinto eziphilayo, kumayeza, ekutyeni naseziseloni, kunyango lwamanzi okusingqongileyo, ekulinyweni kwezilwanyana zasemanzini, kwezolimo zanamhlanje, njl. -
CS1588C/CS1588CT Imboni ekwi-Intanethi yeGlasi ye-PH Electrode Amanzi acocekileyo aphendula ngokukhawuleza
I-CS1588C/CS1588CT amanzi acocekileyo e-sensor ye-pH Iimeko zokususa i-sulphurization Esi sixhobo sixhotyiswe nge-RS485 transmission interface, enokunxibelelana nekhompyutha ephetheyo nge-ModbusRTU protocol ukuze kuqinisekiswe kwaye kurekhodwe. Ingasetyenziswa kakhulu kwimicimbi yemizi-mveliso efana nokuveliswa kwamandla obushushu, ishishini leekhemikhali, i-metallurgy, ukhuseleko lokusingqongileyo, amayeza, i-biochemical, ukutya kunye namanzi epompo. I-electrode ye-ph (i-sensor ye-ph) ine-membrane evakalelwa yi-pH, i-electrolyte ephakathi ye-GPT edibeneyo ephindwe kabini, kunye nebhulorho yetyuwa ye-PTFE enemingxuma, enkulu. Ibhokisi yeplastiki ye-electrode yenziwe nge-PON eguquliweyo, enokumelana nobushushu obuphezulu ukuya kuthi ga kwi-100°C kwaye imelane nokugqwala kwe-asidi enamandla kunye ne-alkali enamandla. -
I-Digital Automatic Ph Orp Transmitter Ph Sensor Controller kwi-intanethi Tester T6000
Imitha ye-PH/ORP ekwi-intanethi yemizi-mveliso sisixhobo sokujonga nokulawula umgangatho wamanzi esikwi-intanethi esine-microprocessor. Ii-electrode ze-PH okanye ii-electrode ze-ORP zeentlobo ezahlukeneyo zisetyenziswa kakhulu kwizityalo zamandla, kushishino lwe-petrochemical, kwi-electronics ye-metallurgical, kushishino lwemigodi, kushishino lwephepha, kubunjineli bokuvubela izinto eziphilayo, amayeza, ukutya neziselo, unyango lwamanzi okusingqongileyo, ukulima amachibi, izinto zanamhlanje.
ezolimo, njl. Ixabiso le-pH (i-asidi, i-alkalinity), ixabiso le-ORP (i-oxidation, i-reduction potential) kunye nexabiso lobushushu besisombululo samanzi bezisoloko zijongwa kwaye zilawulwa. -
Imitha yoLawulo lwe-CS2701C ORP PH yokulinganisa amanzi Environment ORP Electrode
Yenzelwe ukusetyenziswa ngokubanzi.
Uyilo lwebhulorho enetyuwa ephindwe kabini, ujongano lwephepha lokuphuma kwamanzi olunezintlu ezimbini, olumelana nokuphuma kwamanzi okuphakathi okungasemva.
I-electrode yeparamitha ye-ceramic pore iyaphuma kwi-interface kwaye akulula ukuyivala, efanelekileyo ekujongeni umgangatho wamanzi oqhelekileyo okusingqongileyo.
Uyilo lwebhalbhu yeglasi enamandla aphezulu, imbonakalo yeglasi inamandla ngakumbi. I-electrode isebenzisa intambo yengxolo ephantsi, imveliso yesiginali ikude kwaye izinzile ngakumbi
Iibhalbhu ezinkulu zokuva ziyandisa amandla okuva ii-ion ze-hydrogen, kwaye zisebenza kakuhle kwiindawo ezisemgangathweni wamanzi.
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I-CS2700C RS485 Imitha yoLawulo lwe-ORP PH yezeMveliso kwi-Intanethi yokulinganisa amanzi
Yenzelwe ukusetyenziswa ngokubanzi.
Uyilo lwebhulorho enetyuwa ephindwe kabini, ujongano lwephepha lokuphuma kwamanzi olunezintlu ezimbini, olumelana nokuphuma kwamanzi okuphakathi okungasemva.
I-electrode yeparamitha ye-ceramic pore iyaphuma kwi-interface kwaye akulula ukuyivala, efanelekileyo ekujongeni umgangatho wamanzi oqhelekileyo okusingqongileyo.
Uyilo lwebhalbhu yeglasi enamandla aphezulu, imbonakalo yeglasi inamandla ngakumbi. I-electrode isebenzisa intambo yengxolo ephantsi, imveliso yesiginali ikude kwaye izinzile ngakumbi
Iibhalbhu ezinkulu zokuva ziyandisa amandla okuva ii-ion ze-hydrogen, kwaye zisebenza kakuhle kwiindawo ezisemgangathweni wamanzi.
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I-electrode yesenzwa ye-CS2501C orp/pHanalyzer enobushushu be-fermenter
Yenzelwe ukusetyenziswa ngokubanzi.
Uyilo lwebhulorho enetyuwa ephindwe kabini, ujongano lwe-seepage olunezingqimba ezimbini, olumelana nokuvuza okuphakathi okungasemva. I-electrode yeparamitha ye-ceramic pore iyaphuma kwi-interface kwaye akulula ukuyivala, efanelekileyo ukujonga umgangatho wamanzi oqhelekileyo kwimidiya yokusingqongileyo. Ziphephe ngokupheleleyo iingxaki ezahlukeneyo ezibangelwa kukutshintshiselana kunye nokuvaleka kwe-liquid junction ezifana ne-electrode yesalathiso kulula ukuyingcolisa, ityhefu ye-reference vulcanization, ukulahleka kwesalathiso kunye nezinye iingxaki.
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I-CS2733C I-RS485 Imitha yoLawulo lwe-ORP PH yezeMveliso kwi-Intanethi yokulinganisa amanzi
Yenzelwe izisombululo zeekhemikhali ngokubanzi
I-sensor yedijithali ye-ORP ifanelekile kwiinkqubo zoshishino ngokubanzi, kunye noyilo lwebhulorho yetyuwa ephindwe kabini, ujongano lokuntywila kwamanzi oluphindwe kabini, kunye nokumelana nokuntywila okuphakathi okungasemva. I-electrode yeparamitha ye-ceramic pore iphuma kwi-interface, engelula ukuyivala, kwaye ifanelekile ukujonga umgangatho wamanzi oqhelekileyo wemidiya yokusingqongileyo. Sebenzisa i-PTFE enkulu yeringi diaphragm ukuqinisekisa ukuqina kwe-electrode; Ishishini lesicelo: ukuxhasa izisombululo zeekhemikhali ngokubanzi -
I-electrode ye-CS2705C/CS2705CT ye-ORP eneqondo lobushushu kunye noMlawuli we-PH we-ORP PH we-3/4”
Yenzelwe isisombululo seSodium hypochlorite.
Iibhalbhu ezinkulu zokuva ziyandisa amandla okuva ii-ion ze-hydrogen, kwaye zisebenza kakuhle kwindawo enzima. Izinto ze-electrode i-PP zinokuxhathisa okuphezulu, amandla oomatshini kunye nokuqina, ukumelana neentlobo ngeentlobo zezinyibilikisi ze-organic kunye nokugqwala kwe-asidi kunye ne-alkali.
Inamandla okulwa nokuphazamiseka, uzinzo oluphezulu kunye nomgama omde wokudlulisela. Akukho tyhefu phantsi kweemeko ezinzima zeekhemikhali. -
Uthotho lwesenzi se-digital conductivity sensor CS3742ZD
I-CS3740ZD Digital Conductivity Sensor: Itekhnoloji ye-conductivity sensor yintsimi ebalulekileyo yophando lwetekhnoloji yobunjineli, efanelekileyo kwizicelo ze-conductivity ephezulu kwi-semiconductor, amandla ombane, amanzi kunye namashishini amayeza. Ezi sensors zincinci kwaye kulula ukuzisebenzisa. Ukuchonga i-conductivity ethile yesisombululo samanzi kubaluleke ngakumbi ekuchongeni ukungcola emanzini. Ukuchaneka kokulinganisa kuchaphazeleka kakhulu zizinto ezifana nokutshintsha kobushushu, i-surface polarization yee-contact electrodes, kunye ne-capacitance yekhebula. -
Imitha yeHydrogen enyibilikisiweyo-DH30
I-DH30 yenzelwe ngokusekelwe kwindlela yoVavanyo oluMiselweyo lwe-ASTM. Umqathango wokuqala kukulinganisa uxinzelelo lwe-hydrogen enyibilikisiweyo kwi-atmosphere enye ukuze kufumaneke amanzi e-hydrogen acocekileyo anyibilikisiweyo. Le ndlela kukuguqula amandla esisombululo abe luxinzelelo lwe-hydrogen enyibilikisiweyo kwi-25 degrees Celsius. Umda ophezulu wokulinganisa umalunga ne-1.6 ppm. Le ndlela yeyona ndlela ilula kwaye ikhawulezayo, kodwa kulula ukuphazanyiswa zezinye izinto ezinciphisayo kwisisombululo.
Ukusetyenziswa: Umlinganiselo woxinzelelo lwamanzi e-hydrogen anyibilikisiweyo. -
Ukuqhuba/i-TDS/iMeter yeTyuwa/uVavanyo-CON30
I-CON30 yimitha ye-EC/TDS/Salinity ethembekileyo nexabiso liphantsi, efanelekileyo kwiimvavanyo ezifana ne-hydroponics kunye negadi, amachibi kunye nee-spa, ii-aquariums kunye neetanki ze-reef, ii-ionizers zamanzi, amanzi okusela nokunye. Umvavanyi wokuqhuba sisixhobo esibalulekileyo esenzelwe ukulinganisa ukuhanjiswa kombane kwezisombululo zamanzi okanye ulwelo, olubonisa ngokuthe ngqo ukuxinana kwee-ions kunye neetyuwa ezinyibilikisiweyo. Njengophawu oluphambili lokucoceka kwamanzi kunye nokwakheka kweekhemikhali, ukuhanjiswa kombane kusetyenziswa kakhulu ekujongeni okusingqongileyo, ulawulo lwenkqubo yemizi-mveliso, unyango lwamanzi, ezolimo, ukulima amachibi, uphando lwelabhoratri, kunye nemveliso yeziselo. Ukususela ekuqinisekiseni umgangatho wamanzi acocekileyo kakhulu kwimveliso yamayeza ukuya ekujongeni ukungabi natyuwa kwiinkqubo ze-hydroponic, uvavanyo lokuqhuba kombane lubonelela ngeenkcukacha ezibalulekileyo malunga neempawu zesisombululo kunye namanqanaba okungcola.