I-DOS-1703 Ephathekayo Enyibilikisiweyo yeOxygen imitha Umfanekiso obonakalisiweyo

I-DOS-1703 Ephathekayo eNyibilikayo Imitha ye-oksijeni

Inkcazelo emfutshane:

Iinkcukacha zeMveliso

Izalathisi zobuGcisa

Yintoni i-Oxygen eNyibilikileyo (DO)?

Kutheni ubeka esweni ioksijini enyibilikileyo?

I-DOS-1703 imitha ye-oksijini ephathekayo edibeneyo ibalaseleyo kwi-ultra-low power microcontroller yokulinganisa kunye nokulawula, ukusetyenziswa kwamandla aphantsi, ukuthembeka okuphezulu, ukulinganisa okuhlakaniphile, ukusebenzisa imilinganiselo ye-polarographic, ngaphandle kokutshintsha i-oxygen membrane.Ukuba nentsebenzo ethembekileyo, elula (isandla esinye), njl.isixhobo sinokubonisa ukuxiliswa kwe-oksijini enyibilikileyo kwiintlobo ezimbini zeziphumo zokulinganisa zibonisa, mg / L (ppm) kunye nepesenti ye-oxygen saturation (%), ukongeza, ukulinganisa ubushushu bomlinganiselo ophakathi ngaxeshanye.

Ngaphambili: I-DOG-3082 Imitha ye-Oxygen echithwe kwiShishini

Okulandelayo: I-DOS-1707 ILebhu yeLebhu echithwe imitha ye-Oxygen

Uluhlu lokulinganisa	DO	0.00–20.0mg/L
		0.0–200%
	Temp	0…60℃(ATC/MTC）
	Umoya	300–1100hPa
Isigqibo	DO	0.01mg/L,0.1mg/L(ATC）
		0.1%/1%(ATC）
	Temp	0.1℃
	Umoya	1hPa
Impazamo yomlinganiselo weyunithi yombane	DO	±0.5 % FS
	Temp	±0.2 ℃
	Umoya	±5hPa
Ulungelelwaniso	Ubuninzi benqaku le-2, (umphunga wamanzi uzalise umoya / isisombululo se-oksijini engu-zero)
Ukunikezwa Amandla	DC6V/20mA;I-4 x AA/LR6 1.5 V okanye i-NiMH 1.2 V kunye nentlawulo
Ubungakanani/Ubunzima	230×100×35(mm)/0.4kg
Bonisa	LCD
Isinxibelelanisi soluvo loluvo	I-BNC
Ukugcinwa kwedatha	Idatha yolungelelaniso; idatha yomlinganiselo wamaqela angama-99
Imeko yokusebenza	Temp		5…40℃
	Ubuntu bezizalwane		5%…80% (ngaphandle kwecondensate)
	Ibakala lokufakela		Ⅱ
	Ibakala longcoliseko		2
	Ukuphakama		<=2000m

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 evela kwimimoya, amaza, imisinga okanye i-aeration 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