● Ukucindezela okuphansi (100 μm) Nokupholisa ngomfutho ophezulu (20 μm) Imiphumela emibili yokuhlunga.
● Imodi yokuhlunga isikrini sensimbi engagqwali yesigubhu esijikelezayo ayisebenzisi izinto ezisetshenziswayo, okwehlisa kakhulu izindleko zokusebenza.
● Isigubhu esijikelezayo esinomklamo we-modular sakhiwe iyunithi eyodwa noma ngaphezulu ezimele, ezingahlangabezana nesidingo sokugeleza okukhulu kakhulu. Kudingeka isethi eyodwa kuphela yesistimu, futhi ithatha indawo encane kunesihlungi sebhande le-vacuum.
● Isikrini sokuhlunga esiklanywe ngokukhethekile sinosayizi ofanayo futhi singahlakazwa ngokuhlukana ukuze kuzuzwe ukulungiswa ngaphandle kokumisa umshini, ngaphandle kokuchitha uketshezi futhi ngaphandle kwesidingo sethangi eliyisipele.
● Isakhiwo esiqinile nesithembekile nokusebenza okuzenzakalelayo ngokugcwele.
● Uma kuqhathaniswa nesihlungi esisodwa esincane, isistimu yokuhlunga emaphakathi inganweba kakhulu impilo yesevisi yokucubungula uketshezi, isebenzise izinto ezisetshenziswayo ezincane noma ezingekho, inciphise indawo ephansi, ikhulise ukusebenza kahle kwethafa, inciphise ukusetshenziswa kwamandla futhi inciphise ukulungiswa.
● Isistimu yokuhlunga ephakathi nendawo iqukethe amasistimu angaphansi ambalwa, okuhlanganisa ukuhlunga (ukuhlungwa kwe-wedge, ukuhlungwa kwezigubhu ezijikelezayo, ukuhlunga kokuphepha), ukulawula izinga lokushisa (ukushintshanisa amapuleti, isiqandisi), ukuphatha ama-chip (ukuhanjiswa kwe-chip, ibhulokhi yokususa umfutho we-hydraulic, iloli ye-slag), ukwengeza uketshezi. (ukulungiswa kwamanzi ahlanzekile, ukwengeza uketshezi olusheshayo, ukuxuba uketshezi ngokulinganayo), ukuhlanzwa (ukususwa kukawoyela okuxubile, ukufakwa inzalo komoya, ukuhlunga okuhle), ukuhlinzekwa koketshezi (iphampu yokuphakela uketshezi, ipayipi lokuphakela uketshezi), ukubuya koketshezi (iphampu yokubuyisela uketshezi, ipayipi lokubuyisela uketshezi, noma umsele wokubuyisela uketshezi), njll.
● Uketshezi olucutshungulwayo kanye nokungcola kwe-chip okukhishwe ethuluzini lomshini kuthunyelwa ohlelweni lokuhlunga olumaphakathi ngepayipi elibuyayo lepompo elibuyayo noma umsele wokubuya. Igelezela ethangini eliwuketshezi ngemva kokuhlunga kwe-wedge kanye nokuhlunga kwezigubhu ezijikelezayo. Uketshezi oluhlanzekile lokucubungula lulethwa ethuluzini ngalinye lomshini ukuze ligaywe kabusha yiphampu yokuphakela uketshezi ngokuhlunga kokuphepha, uhlelo lokulawula izinga lokushisa kanye nepayipi lokuhambisa uketshezi.
● Isistimu isebenzisa i-scraper yokuhlanza phansi ukuze ikhiphe i-slag ngokuzenzekelayo, futhi ihanjiswa emshinini we-briquetting noma iloli ye-slag ngaphandle kokuhlanza ngesandla.
● Uhlelo lusebenzisa uhlelo lwamanzi ahlanzekile kanye nesisombululo se-emulsion stock, esixutshwe ngokugcwele ngokulingana bese sithunyelwa ebhokisini ukuze kugwenywe i-emulsion caking. Uhlelo lokwengeza uketshezi olusheshayo lulungele ukwengeza uketshezi ngesikhathi sokusebenza kokuqala, futhi iphampu yokulinganisa engu-± 1% ingahlangabezana nezidingo zokuphatha zansuku zonke zoketshezi lokusika.
● Ithuluzi lokumunca uwoyela elintantayo ohlelweni lokuhlanza lithumela uwoyela oyingxube ethangini elinguketshezi ethangini elihlukanisa uwoyela namanzi ukuze lichithe uwoyela olahlwayo. Uhlelo lokungenisa umoya ethangini lwenza uketshezi olusikiwe endaweni enomoya-mpilo, luqede amagciwane e-anaerobic, futhi lwandise kakhulu impilo yesevisi yoketshezi olusikayo. Ngaphezu kokusingatha ukushaywa kwesigubhu esijikelezayo nokuhlunga kokuphepha, isihlungi esihle siphinde sithole ingxenye ethile yokucubungula uketshezi ethangini elinguketshezi ukuze kuhlungwe kahle ukuze kuncishiswe ukugcwala kwezinhlayiya ezinhle.
● Isistimu yokuhlunga ephakathi nendawo ingafakwa phansi noma emgodini, futhi amapayipi okuhambisa uketshezi kanye nokubuyisela angafakwa phezulu noma emseleni.
● Ukugeleza kwenqubo yonke kuzenzakalela ngokugcwele futhi kulawulwa izinzwa ezihlukahlukene kanye nekhabhinethi yokulawula kagesi ene-HMI.
Izihlungi zemigqomo ezijikelezayo ze-LR ezinosayizi abahlukene zingasetshenziselwa ukuhlunga kwesifunda (~10 amathuluzi omshini) noma phakathi nendawo (yonke indawo yokusebenzela) ukuhlunga; Izinhlobonhlobo zezakhiwo zemishini ziyatholakala ukuze zikhethwe ukuze zihlangabezane nezidingo zesayithi lekhasimende.
Imodeli 1 | Umthamo wokucubungula we-Emulsion2 l/min |
I-LR A1 | 2300 |
I-LR A2 | 4600 |
LR B1 | 5500 |
LR B2 | 11000 |
LR C1 | 8700 |
LR C2 | 17400 |
LR C3 | 26100 |
LR C4 | 34800 |
Qaphela 1: Izinsimbi zokucubungula ezihlukene, njengensimbi ecijile, zinomthelela ekukhetheni isihlungi. Ukuze uthole imininingwane, sicela uthintane ne-4New Filter Engineer.
Qaphela 2: Ngokusekelwe ku-emulsion ene-viscosity engu-1 mm2/s ku-20 ° C.
Ukusebenza okuyinhloko
Ukunemba kwesihlungi | 100μm, ukuhlunga kwesibili okungakhethwa kukho 20 μ m |
Faka umfutho we-fluid | 2 ~ 70bar,Imiphumela yokucindezela eminingi ingakhethwa ngokuya ngezidingo zokucubungula |
Ikhono lokulawula izinga lokushisa | 1°C /10min |
Indlela yokukhishwa kwe-slag | Ukususwa kwe-scraper chip, umshini wokufaka ama-briquetting ozikhethela |
Ukunikezwa kwamandla okusebenzayo | 3PH, 380VAC, 50HZ |
Umthombo womoya osebenzayo | 0.6MPa |
Izinga lomsindo | ≤80dB(A) |