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![Isivamvo se-Orp 4 20ma]()
Isivamvo se-Orp 4 20maLe mveliso ye-4-20mA ORP isivamvo idibanisa i-electrode ye-ORP kwaye yakhiwe{7}}kwi-analog transmitter, ibonelela ngomgangatho we-2-ngocingo / 3{9}}ucingo 4–20mA ngokuphuma kwelophu ngqo. Ibonisa -
![Uluvo lwe-PH lwamanzi amdaka esinyithi esinzima]()
Uluvo lwe-PH lwamanzi amdaka esinyithi esinzimaEsi sivamvo se-pH semizi-mveliso siyilelwe ngokukodwa ubume besinyithi esinzima samanzi amdaka, sineasidi eyomeleleyo{0}}ukuxhathisa kwealkali, ukuchasana{1}}netyhefu, ukuchasa{2}}ukungcola kunye -
![Iglasi Ph Electrode]()
Iglasi Ph ElectrodeLe glass pH electrode isebenzisa high{0}}resistance borosilicate glass inwebu enovakalelo kumlinganiselo wepH ochanekileyo, kunye -nenkqubo yereferensi edibeneyo yozinzo. Ilingana ne-BNC/BNC+S7 -
![Iplastiki Ph Electrode]()
Iplastiki Ph Electrodei-lastic pH electrode ngumbhoxo, ophukeyo{0}}okumelana nendibaniselwano ye-pH yesivamvo, ukudibanisa inwebu yeglasi, inkqubo yereferensi ye-Ag/AgCl ephindiweyo kwaye yakhelwe{2}}kwimbuyekezo -
![Uluvo lwe-Ph Smart]()
Uluvo lwe-Ph SmartEsi sivamvo se-pH seshishini esikrelekrele sedijithali esine-MCU edibeneyo, kwi{0}}ulungelelwaniso lwebhodi, imbuyekezo yobushushu, kunye ne-RS485 esemgangathweni (iModbus{2}}RTU) imveliso -
![I-Electrode ekhethiweyo yePotassium]()
I-Electrode ekhethiweyo yePotassiumLe electrode ekhethiweyo ye-potassium yindawo ephezulu-yokusebenza kwe-ion{1}}i-electrode ekhethiweyo (ISE) esekwe kwi-valinomycin ionophore inwebu, ngokukodwa ukulinganisa i-potassium ion (K⁺) -
![K Potassium Electrode]()
K Potassium ElectrodeLe ion ye-potassium-i-electrode ekhethiweyo (K ISE) yenza umlinganiselo ochanekileyo we-potassium ion (K⁺) umsebenzi kwizinyibiliko ezinamanzi. Ibonisa ukukhethwa okuphezulu- kwe-valinomycin ye-PVC -
![K Uluvo RS485]()
K Uluvo RS485Esi sivamvo se-K se-RS485 sikwi-situ yedijithali ye-ion ye-potassium sisebenzisa i-ion -iteknoloji ekhethiweyo ye-electrode (ISE), eyakhiwe{3}}kwi-transmitter kunye ne-RS485 Modbus{5}}imveliso -
![Ukusela Amanzi eChlorophyll Sensor]()
Ukusela Amanzi eChlorophyll SensorLe sensor yamanzi okusela i-chlorophyll yenzelwe ngokukodwa umthombo wamanzi, indawo yokugcina amanzi kunye neenkqubo zokusela amanzi. Isebenzisa -uvakalelo oluphezulu lwe-fluorescence (470nm -
![i-Chlorophyll Monitoring Sensor]()
i-Chlorophyll Monitoring SensorEsi sivamvo sokujonga i-chlorophyll yeshishini sisebenzisa umgaqo wokufumanisa i-fluorescence (470nm excitation / 685nm emission) ukulinganisa i-chlorophyll{2}}uxinzelelo emanzini ngexesha -
![UV254 COD]()
UV254 CODLe mveliso ye-UV254 COD sensor isebenzisa umgaqo othe ngqo we-UV wokufunxa kwi-254 nm ukulinganisa ungcoliseko lwendalo emanzini ngexesha langempela. Ayifuni iirejenti, akukho ukwetyisa, kwaye -
![ISensor yeeMfuno zeMichiza ye-Oxygen]()
ISensor yeeMfuno zeMichiza ye-OxygenEsi sivamvo se-intanethi se-Chemical Demand (COD) senzwa sisebenzisa umgaqo womlinganiselo we-UV wokufunxa we-UV254, kunye nokulungiswa komqondiso odibeneyo wedijithali, owakhelwe{1}}kwimbuyekezo
Njengomnye wabavelisi bomgangatho wamanzi abachwephesha eTshayina, siboniswa ziimveliso ezisemgangathweni kunye nexabiso eliphantsi. Nceda uqiniseke ukuba uthenge isaphulelo senzwa yomgangatho wamanzi kwisitokhwe apha kumzi-mveliso wethu. Qhagamshelana nathi ngenkonzo yesiko kunye nenkonzo ye-OEM&ODM.
