I-DOG-209FA ye-Industry Dissolved i-Oxygen Sensor

Inkcazelo emfutshane:

I-DOG-209FA uhlobo lwe-oxygen electrode ephuculweyo ukusuka kwi-electrode ye-oksijini eyayichithwe ngaphambili, i-diaphragm ye-diaphragm kwi-membrane ye-mesh ye-grit, enozinzo oluphezulu kunye nokumelana noxinzelelo, inokusetyenziswa kwindawo enzima kakhulu, umthamo wokulondoloza uncinci, ulungele ukucocwa kwe-lindle, ukucocwa kwamanzi amdaka kwimizi-mveliso, i-aquaculture kunye nokubeka iliso kwendalo kunye neminye imimandla yokulinganisa i-oksijini eqhubekayo.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Izalathisi zobuGcisa

Yintoni i-Oxygen eNyibilikileyo (DO)?

Kutheni ubeka esweni ioksijini enyibilikileyo?

Iimbonakalo

Ngaphambili: I-DOG-209F ye-Industry Dissolved i-Oxygen Sensor

Okulandelayo: I-DOG-209FB ye-Industry Dissolved i-Oxygen Sensor

I-Ultra resistant kuxinzelelo (0.6Mpa) wallop, ingeniswe ngaphandle (igrit mesh metal membrane)
Umsonto phezulu: M32 * 2.0	Uluhlu lokulinganisa: 0-20mg / L
Umgaqo wokulinganisa: Inzwa yohlobo lwangoku (i-electrode ye-polarographic)
Ubunzima benwebu obuphefumlayo: 100μm
Electrode iqokobhe izinto: PVC okanye 316L steel stainless
Ukumelana nembuyekezo yobushushu: Pt100, Pt1000, 22K, 2.252K, njl.
Ubomi boluvo:> iminyaka emi-2	Ubude bekhebula: 5m
Umda wokubona: 0.01 mg / L (20 ℃)	Umlinganiselo womlinganiselo: 40 mg / L
Ixesha lokuphendula: 2mins (90%, 20 ℃)	Ixesha le-polarization: 60min
Ubuncinci besantya sokuhamba: 2.5cm / s	Drift: <2% / ngenyanga
Impazamo yomlinganiselo: <± 0.01 mg / L
Imveliso yangoku: 50-80nA/0.1 mg / L Qaphela: Ubuninzi bangoku 3.5uA
Umbane wePolarization: 0.7V	I-oxygen eyiziro: <0.01 mg / L
Ithuba lokulinganisa:> Iintsuku ezingama-60	Umlinganiselo wobushushu bamanzi: 0-60 ℃

Ioksijini enyibilikisiweyo ngumlinganiselo weoksijini yegesi equlethwe emanzini. Amanzi anempilo anokuxhasa ubomi kufuneka abe neoksijini enyibilikileyo (DO).
Ioksijeni enyibilikisiweyo ingena emanzini ngoku:
ukufunxwa ngqo emoyeni.
intshukumo ekhawulezayo isuka kwimimoya, amaza, imisinga okanye iaeration ngoomatshini.
Ifotosynthesis yobomi bezityalo zasemanzini njengemveliso yenkqubo.

Ukulinganisa ioksijini enyibilikileyo emanzini kunye nonyango ukugcina amanqanaba afanelekileyo e-DO, yimisebenzi ebalulekileyo kwiinkqubo ezahlukeneyo zokunyanga amanzi. Nangona i-oksijini echithiweyo iyimfuneko ekuxhaseni ubomi kunye neenkqubo zonyango, inokuthi ibe yingozi, ibangele i-oxidation eyonakalise izixhobo kunye nokunciphisa imveliso. Ioksijini enyibilikileyo ichaphazela:
Umgangatho: Ugxininiso lweDO lumisela umgangatho womthombo wamanzi. Ngaphandle kwe-DO eyaneleyo, amanzi ajika angcole kwaye angabikho impilo echaphazela umgangatho wokusingqongileyo, amanzi okusela kunye nezinye iimveliso.

Ukuthotyelwa kweMithetho: Ukuthobela imimiselo, amanzi amdaka ahlala efuna ukuba nemilinganiselo ethile ye-DO phambi kokuba akhutshelwe kumsinga, echibini, emlanjeni okanye kwindlela yamanzi. Amanzi asempilweni anokuxhasa ubomi kufuneka abe neoksijini enyibilikileyo.

Ulawulo Lwenkqubo: Amanqanaba e-DO abalulekile ukulawula unyango lwebhayoloji lwamanzi amdaka, kunye nenqanaba le-biofiltration lokuveliswa kwamanzi okusela. Kwezinye usetyenziso lwemizi-mveliso (umz. ukuveliswa kombane) nayiphi na i-DO iyingozi ekwenzeni umphunga kwaye kufuneka isuswe kwaye ukugxila kwayo kufuneka kulawulwe ngokuqinileyo.

Bhala umyalezo wakho apha kwaye uwuthumele kuthi