Umgangatho ophezulu we-BNP SOZ-YW-Kg/h ijenereyitha ye-ozone yemizi-mveliso ye-Aquarium Aquaculture yomlambo wamanzi amdaka yokucoca unyango lwegesi
I-SOZ-YW-G enkulu yeejenereyitha ze-ozone zisebenzisa inkqubo yolawulo oluzenzekelayo, ulawulo lwe-HMI, umboniso we-LCD we-Chinese-IsiNgesi, kunye nexesha lokwenene le-moni toring yesimo senkqubo kunye neeparamitha zokusebenza.
Inkqubo yokulawula ngokuzenzekelayo inokuqulunqwa kwaye iqwalaselwe ngokwendawo ifuna i-ment, kwaye inkqubo yokusebenza ye-PLC ivela kwi-Siemens.Iyunithi nganye yemodyuli ye-ozone ixhotyiswe ngefuse yamandla ombane aphezulu ezimeleyo, iqinisekisa ukusebenza okuqhelekileyo, okuthembekileyo, okusebenzayo kwegumbi lokukhupha.Igumbi lokukhupha liyakwazi ukuchithwa ukucoca, ukutshintshwa, kunye neendleko zokugcina ziphantsi.
I-electrode yangaphandle yenziwe nge-316L yensimbi engenasici eyenza imveliso ithembekile kunye neeyure zokusebenza ezide.Iiyunithi zemodyuli ye-ozone zineendlela ezininzi zolungiselelo, kwaye amanzi okupholisa aqinisekisa ukuba akukho kuqokelelana kobushushu okulungileyo kwimveliso ye-ozone ezinzileyo.
Imveliso inobomi benkonzo ende, igcina umthengi iindleko ezininzi zokugcinwa.Imveliso ine-concentration ye-ozone ephezulu, i-compact design kwaye iqinile kakhulu!Ukuqala / ukuvalwa kwezixhobo kunokulawulwa kwindawo kunye nokude.Isikrini sokubonisa sibonisa ukusebenza, ukulinda okanye imo ye-alam yesixhobo.Isixhobo sinokucinywa ngokuzenzekelayo kwimeko yokuvuza kwe-ozone.I-ozone eshiyekileyo inokutshatyalaliswa ngokuzenzekelayo.
Inkqubo yamanzi okupholisa kunye nomthombo womoya unokulawulwa njengesicelo, kwaye imveliso ye-ozone iya kulawulwa ngokuzenzekelayo.Ukuqinisekisa ukusebenza okuqhelekileyo kwegumbi lokukhupha eliqulunqwe ngamaqela amaninzi okukhutshwa kwe-electrode, i-fuse ephezulu yombane iya kubethwa ngaphakathi kwexesha lokumisela xa kukho ukungaphumeleli kokuphuka kwe-electrode yokukhupha, eqinisekisa ukuthembeka kunye nokhuseleko lwenkqubo.
Iimbonakalo
I-1.Ukunyuka kweqondo eliphantsi, elilungele ukusebenza ngokuqhubekayo
2.Isixokelelwano sokupholisa samanzi se-loop esidityanisiweyo sokupholisa okuphezulu ngokufanelekileyo
3. Imveliso ye-ozone iyahlengahlengiswa, kunye ne-alam xa kungekho ozone,
umva amanzi okanye overheated
4.Inkqubo yokulawula isikrini sokuchukumisa, uyilo olukrelekrele lwenza umsebenzi ube lula (ukhetho lwe
uqwalaselo olusezantsi olungenabukrelekrele inkqubo yolawulo enexabiso eliphantsi)
5.Iyunithi yonikezelo lwamandla ye-IGBT ephucukileyo
Umzekelo | SOZ-YW | SOZ-YW | SOZ-YW | SOZ-YW | SOZ-YW | SOZ-YW | |
Ipharamitha | -KG-2.5 | -KG-3.0 | -KG-3.5 | -KG-4.0 | -KG-4.5 | -KG-5.0 | |
Umthamo (Kg/h) kunye ioksijini umthombo | 2.5 | 3.0 | 3.5 | 4.0 | 4.5 | 5.0 | |
Indlela yokupholisa | Ukupholisa amanzi | ||||||
Max.imveliso ugxininiso (g/m 3) | Umthombo we-oksijeni: 100 ~ 150 Umthombo womoya: 20 ~ 40 (Uxinzelelo oluphezulu lunokwenziwa ngokwezifiso) | ||||||
4 ~ 20mA ulawulo | Ewe | ||||||
L*W*H (mm) | 2000*900 *1900 | 2200*900 *2000 | 2200*1000 *2000 | 2500*2000*2200 | 2800*2000 *2200 | ||
Ubunzima(kg) | 930 | 1200 | 1500 | 2000 | 2500 | 3000 | |
Amandla (Kw) | 17.5 | 21 | 24.5 | 28 | 31.5 | 35 | |
Umbane ukunikezwa Amandla | 380 ~ 417V, 50 ~ 60 HZ | ||||||
Umthombo werhasi | ioksijini okanye umoya ococekileyo ococekileyo |