1. Ishawa yomoya:
Ishawa yomoya iyithuluzi elihlanzekile elidingekayo ukuze abantu bangene ekamelweni elihlanzekile kanye ne-workshop engenalo uthuli. Inemisebenzi eminingi futhi ingasetshenziswa nawo wonke amakamelo ahlanzekile kanye nama-workshop ahlanzekile. Lapho abasebenzi bengena e-workshop, kumele badlule kulo mshini futhi basebenzise umoya ohlanzekile onamandla. Ama-nozzle ajikelezayo afuthwa kubantu kuzo zonke izinkomba ukuze kususwe uthuli, izinwele, ama-hair flakes kanye neminye imfucuza enamathiselwe ezingutsheni ngempumelelo nangokushesha. Inganciphisa izinkinga zokungcola okubangelwa abantu abangena nabaphuma ekamelweni elihlanzekile. Iminyango emibili yeshawa yomoya ixhumene ngogesi futhi ingasebenza njengesihluthulelo somoya ukuvimbela ukungcola kwangaphandle kanye nomoya ongahlanjulwanga ukungena endaweni ehlanzekile. Vimbela abasebenzi ekuletheni izinwele, uthuli, kanye namagciwane e-workshop, bahlangabezane nezindinganiso eziqinile zokuhlanza okungenalo uthuli endaweni yokusebenza, futhi bakhiqize imikhiqizo esezingeni eliphezulu.
2. Ibhokisi lepasi:
Ibhokisi lokungena lihlukaniswe ngebhokisi lokungena elijwayelekile kanye nebhokisi lokungena lomoya. Ibhokisi lokungena elijwayelekile lisetshenziselwa kakhulu ukudlulisa izinto phakathi kwamakamelo ahlanzekile namakamelo angahlanzekile ukuze kuncishiswe inani leminyango evulekile. Liyimishini ehlanzekile enhle enganciphisa ngempumelelo ukungcoliswa okuphakathi kwamakamelo ahlanzekile namakamelo angahlanzekile. Ibhokisi lokungena lineminyango emibili evulekayo (okungukuthi, umnyango owodwa kuphela ongavulwa ngesikhathi, futhi ngemva kokuvulwa komnyango owodwa, omunye umnyango awukwazi ukuvulwa).
Ngokwezinto ezahlukene zebhokisi, ibhokisi lokudlula lingahlukaniswa libe ibhokisi lokudlula lensimbi engagqwali, insimbi engagqwali ngaphakathi kwebhokisi lokudlula lepuleti lensimbi yangaphandle, njll. Ibhokisi lokudlula lingafakelwa nesibani se-UV, i-intercom, njll.
3. Iyunithi yokuhlunga ifeni:
Igama eliphelele lesiNgisi le-FFU (iyunithi yesihlungi sefeni) linezici zokuxhumeka kanye nokusetshenziswa kwe-modular. Kunezigaba ezimbili zezihlungi eziyinhloko kanye neze-hepa ngokulandelana. Umgomo osebenzayo uthi: ifeni idonsa umoya usuka phezulu kwe-FFU bese iyihlunga ngezihlungi eziyinhloko neze-hepa. Umoya ohlanzekile ohlungiwe uthunyelwa ngokulinganayo endaweni yokukhipha umoya ngesivinini somoya esimaphakathi esingu-0.45m/s. Iyunithi yesihlungi sefeni isebenzisa umklamo wesakhiwo olula futhi ingafakwa ngokuhambisana nohlelo lwegridi lwabakhiqizi abahlukahlukene. Umklamo wobukhulu besakhiwo se-FFU ungashintshwa futhi ngokwesistimu yegridi. Ipuleti le-diffuser lifakiwe ngaphakathi, ingcindezi yomoya isakazeka ngokulinganayo, futhi ijubane lomoya ebusweni bokukhipha umoya limaphakathi futhi lizinzile. Isakhiwo sensimbi se-duct yomoya ophansi asisoze saguga. Vimbela ukungcola kwesibili, ubuso bubushelelezi, ukumelana komoya kuphansi, kanye nomphumela wokuvimbela umsindo muhle kakhulu. Umklamo we-duct yokungenisa umoya ekhethekile unciphisa ukulahleka kwengcindezi kanye nokukhiqizwa komsindo. Injini isebenza kahle kakhulu futhi uhlelo lusebenzisa amandla aphansi, okusindisa izindleko zamandla. Injini yesigaba esisodwa inikeza ukulawulwa kwesivinini esinezigaba ezintathu, okungakhuphula noma kwehlise isivinini somoya kanye nomthamo womoya ngokuya ngezimo zangempela. Ngokwezidingo zamakhasimende, ingasetshenziswa njengeyunithi eyodwa noma ixhunywe ochungechungeni ukwakha imigqa eminingi yokukhiqiza enamazinga ayi-100. Izindlela zokulawula ezifana nokulawulwa kwesivinini sebhodi le-elekthronikhi, ukulawulwa kwesivinini segiya, kanye nokulawulwa okuphakathi kwekhompyutha kungasetshenziswa. Inezici zokonga amandla, ukusebenza okuzinzile, umsindo ophansi, kanye nokulungiswa kwedijithali. Isetshenziswa kabanzi kuma-elekthronikhi, ama-optics, ukuzivikela kwezwe, amalabhorethri, nakwezinye izindawo ezidinga ukuhlanzeka komoya. Ingaphinde ihlanganiswe ibe ngosayizi abahlukahlukene bemishini yokuhlanzeka yesigaba esingu-100-300000 kusetshenziswa izingxenye zesakhiwo sohlaka lokusekela, amakhethini alwa nama-static, njll. Amashede okusebenza afaneleka kakhulu ekwakheni izindawo ezincane ezihlanzekile, okungonga imali nesikhathi ekwakheni amakamelo ahlanzekile.
①. Izinga lokuhlanzeka le-FFU: isigaba esingaguquki esingu-100;
②. Ijubane lomoya le-FFU lingu: 0.3/0.35/0.4/0.45/0.5m/s, umsindo we-FFU ≤46dB, ukunikezwa kwamandla e-FFU kungu-220V, 50Hz;
③. I-FFU isebenzisa isihlungi se-hepa esingenazo izihlukanisi, kanti ukusebenza kahle kokuhlunga kwe-FFU kungu: 99.99%, okuqinisekisa izinga lokuhlanzeka;
④. I-FFU yenziwe ngamapuleti e-zinc ahlanganisiwe;
⑤. Umklamo wokulawula isivinini ongenazinyathelo we-FFU unokusebenza okuzinzile kokulawula isivinini. I-FFU isakwazi ukuqinisekisa ukuthi ivolumu yomoya ayishintshi ngisho nangaphansi kokumelana kokugcina kwesihlungi se-hepa;
⑥. I-FFU isebenzisa amafeni e-centrifugal asebenza kahle kakhulu, ahlala isikhathi eside, umsindo ophansi, angenakulungiswa futhi adlidliza kancane;
⑦. I-FFU ifaneleka kakhulu ekuhlanganisweni ibe yimigqa yokukhiqiza ehlanzekile kakhulu. Ingahlelwa njenge-FFU eyodwa ngokwezidingo zenqubo, noma ama-FFU amaningi angasetshenziswa ukwakha umugqa wokuhlanganisa wekilasi le-100.
4. I-Laminar flow hood:
I-laminar flow hood yakhiwe kakhulu ngebhokisi, ifeni, isihlungi se-hepa, isihlungi esiyinhloko, ipuleti elinezimbobo kanye nesilawuli. Ipuleti elibandayo legobolondo langaphandle lifuthwa ngepulasitiki noma ipuleti lensimbi engagqwali. I-laminar flow hood idlula umoya ngesihlungi se-hepa ngesivinini esithile ukuze yakhe ungqimba lokugeleza olufanayo, okuvumela umoya ohlanzekile ukuthi ugeleze uqonde ohlangothini olulodwa, ngaleyo ndlela kuqinisekiswe ukuthi ukuhlanzeka okuphezulu okudingekayo yinqubo kuhlangatshezwana nakho endaweni yokusebenza. Yiyunithi yokuhlanza umoya enganikeza indawo ehlanzekile yendawo futhi ingafakwa kalula ngaphezu kwamaphuzu enqubo adinga ukuhlanzeka okuphezulu. I-laminar flow hood ehlanzekile ingasetshenziswa yodwa noma ihlanganiswe ibe yindawo ehlanzekile enomucu. I-laminar flow hood ingalengiswa noma isekelwe phansi. Inesakhiwo esincane futhi kulula ukuyisebenzisa.
①. Izinga lokuhlanzeka kwe-laminar flow hood: isigaba esingaguquki esingu-100, uthuli olunosayizi wezinhlayiya ≥0.5m endaweni yokusebenza ≤3.5 izinhlayiya/ilitha (izinga le-FS209E100);
②. Isivinini somoya esimaphakathi se-laminar flow hood singu-0.3-0.5m/s, umsindo ungo-≤64dB, kanti ugesi ungo-220V, 50Hz.
③. I-laminar flow hood isebenzisa isihlungi esisebenza kahle kakhulu ngaphandle kokuhlukanisa, futhi ukusebenza kahle kokuhlunga kungu: 99.99%, okuqinisekisa izinga lokuhlanzeka;
④. I-laminar flow hood yenziwe ngopende wepuleti elibandayo, ipuleti le-aluminium noma ipuleti lensimbi engagqwali;
⑤. Indlela yokulawula i-Laminar flow hood: umklamo wokulawula isivinini ongenazinyathelo noma ukulawulwa kwesivinini sebhodi le-elekthronikhi, ukusebenza kokulawula isivinini kuzinzile, futhi i-laminar flow hood isakwazi ukuqinisekisa ukuthi ivolumu yomoya ihlala ingashintshi ngaphansi kokumelana kokugcina kwesihlungi esisebenza kahle kakhulu;
⑥. I-laminar flow hood isebenzisa amafeni e-centrifugal asebenza kahle kakhulu, ahlala isikhathi eside, umsindo ophansi, angenakulungiswa futhi adlidliza kancane;
⑦. Ama-laminar flow hood afaneleka kakhulu ukuhlanganiswa abe yimigqa yokukhiqiza ehlanzekile kakhulu. Angahlelwa njenge-laminar flow hood eyodwa ngokwezidingo zenqubo, noma ama-laminar flow hood amaningi angasetshenziswa ukwakha umugqa wokuhlanganisa onamazinga ayi-100.
5. Hlanza ibhentshi:
Ibhentshi elihlanzekile lihlukaniswe ngezinhlobo ezimbili: ibhentshi elihlanzekile eligeleza ngqo kanye nebhentshi elihlanzekile eligeleza ngqo. Ibhentshi elihlanzekile lingenye yemishini ehlanzekile ethuthukisa izimo zenqubo futhi iqinisekise ukuhlanzeka. Lisetshenziswa kabanzi ezindaweni zokukhiqiza zasendaweni ezidinga ukuhlanzeka okuphezulu, njengelebhu, imithi, ama-optoelectronics e-LED, amabhodi wesekethe, ama-microelectronics, ukukhiqizwa kwe-hard drive, ukucubungula ukudla kanye neminye imikhakha.
Izici zebhentshi elihlanzekile:
①. Ibhentshi elihlanzekile lisebenzisa isihlungi esincane esincanyana kakhulu esinokusebenza kahle kokuhlunga okungaguquki kwesigaba 100.
2. Ibhentshi elihlanzekile lezokwelapha lifakwe ifeni ye-centrifugal esebenza kahle kakhulu, ehlala isikhathi eside, umsindo ophansi, engadingi ukulungiswa futhi idlidliza kancane.
③. Ibhentshi elihlanzekile lisebenzisa uhlelo lokuhambisa umoya olulungisekayo, futhi ukulungiswa kwejubane lomoya okungelula kohlobo lwe-knob kanye neswishi yokulawula ye-LED kuyakhethwa.
④. Ibhentshi elihlanzekile lifakwe isihlungi esikhulu somoya, okulula ukusihlukanisa futhi sivikele kangcono isihlungi se-hepa ukuqinisekisa ukuhlanzeka komoya.
⑤. Ibhentshi lokusebenzela le-Static Class 100 lingasetshenziswa njengeyunithi eyodwa ngokwezidingo zenqubo, noma amayunithi amaningi angahlanganiswa abe umugqa wokukhiqiza ohlanzekile kakhulu we-class 100.
⑥. Ibhentshi elihlanzekile lingafakelwa igeyiji yomehluko wokucindezela ongayikhetha ukuze ibonise ngokucacile umehluko wokucindezela ezinhlangothini zombili zesihlungi se-hepa ukuze ikukhumbuze ukuthi ushintshe isihlungi se-hepa.
⑦. Ibhentshi elihlanzekile linezinhlobo ezahlukene zemininingwane futhi lingenziwa ngezifiso ngokwezidingo zokukhiqiza.
6. Ibhokisi le-HEPA:
Ibhokisi le-hepa liqukethe izingxenye ezine: ibhokisi lokucindezela elingaguquki, ipuleti le-diffuser, isihlungi se-hepa kanye ne-flange; isixhumi esinomgudu womoya sinezinhlobo ezimbili: uxhumano oluseceleni kanye noxhumano oluphezulu. Ubuso bebhokisi benziwe ngamapuleti ensimbi aqoqwe ngokubandayo ane-pickling enezingqimba eziningi kanye ne-electrostatic spray. Izindawo zokungenisa umoya zinokugeleza komoya okuhle ukuqinisekisa umphumela wokuhlanza; iyimishini yokuhlunga umoya esetshenziswa ukuguqula nokwakha amakamelo amasha ahlanzekile azo zonke izigaba kusukela ku-class 1000 kuya ku-300000, ehlangabezana nezidingo zokuhlanza.
Imisebenzi yokuzikhethela yebhokisi le-hepa:
1. Ibhokisi le-Hepa lingakhetha ukunikezwa komoya ohlangothini noma ukunikezwa komoya okuphezulu ngokwezidingo zamakhasimende ezahlukene. I-flange ingakhetha futhi izikhala eziyisikwele noma eziyindilinga ukuze kube lula isidingo sokuxhuma amapayipi omoya.
②. Ibhokisi lokucindezela elingaguquki lingakhethwa ku: ipuleti lensimbi eligoqekile elibandayo kanye nensimbi engagqwali engu-304.
③. I-flange ingakhethwa: ukuvulwa okuyisikwele noma okuyindilinga ukuze kube lula isidingo sokuxhumeka kwepayipi lomoya.
④. Ipuleti le-diffuser lingakhethwa: ipuleti lensimbi eligoqwe ngokubandayo kanye nensimbi engagqwali engu-304.
⑤. Isihlungi se-hepa siyatholakala ngezihlukanisi noma ngaphandle kwazo.
⑥. Izesekeli ongazikhetha zebhokisi le-hepa: ungqimba lokufaka umswakama, ivalvu yokulawula ivolumu yomoya ngesandla, ukotini wokufaka umswakama, kanye nembobo yokuhlola ye-DOP.
Isikhathi sokuthunyelwe: Septhemba 18-2023