Izixhobo ezisetyenziswayo ezisetyenziselwa igumbi elicocekileyo

1. Ishawa yomoya:

Ishawa ye-Air sisixhobo esicocekileyo esicocekileyo sabantu ukuba bangene kwigumbi elicocekileyo kunye neworkshop yasimahla. Inezinto ezixhaphakileyo ukuba zisetyenziswe kwaye zinokusetyenziswa kuwo onke amagumbi acocekileyo kunye neeworkshop zoomasifundisane. Xa abasebenzi bangena kwindibano, kufuneka badlule kwezi zixhobo kwaye basebenzise umoya ococekileyo ococekileyo. Ii-nozzles ezinobukratshi zitshizwe ebantwini abavela kuzo zonke iindlela zokufumana uthuli, iinwele, ifletshi zeenwele kunye nobunye ubuncwane oxhonywe kwimpahla. Inganciphisa iingxaki zokungcoliseka ezibangelwa ngabantu abangena kwaye bephuma kwigumbi elicocekileyo. Iingcango ezimbini zeshawari ishawa yomoya zivuliwe kwaye zinokusebenza njenge-airlock ukuthintela ukungcoliseka kwangaphandle kunye nomoya ongafakwanga ukusuka kwindawo ecocekileyo. Thintela abasebenzi ukuba bangabhalisi iinwele, uthuli, kunye nebhaktiriya babekwiindibano, bahlangabezana nenqanaba lokucoca ngokungacacanga kwindawo yomsebenzi, kwaye bavelise imveliso ekumgangatho ophezulu.

2. Ibhokisi yePakethi:

Ibhokisi yokupasa yahlulahlulwe kwibhokisi yokuPapathi yeBhokisi yeHalo. Ibhokisi yokuPakethi ePhambili ikakhulu isetyenziselwa ukuhambisa izinto phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga ukunciphisa inani lokuvulwa komnyango. Sisisixhobo esihle esicocekileyo esinokunciphisa ngokufanelekileyo ungcoliseko lwe-Cross phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga. Ibhokisi yokupasa iguqulwe ngumnyango ophindwe kabini (oko kukuthi, inye kuphela icango kuphela ngexesha, kwaye emva kokuba kuvulwe ucango omnye, omnye ucango awunakuvulwa).

Ngokwezixhobo ezahlukeneyo zebhokisi, ibhokisi yokupasa inokwahlulwa ibe yibhokisi yentsimbi engenasitayile, intsimbi engenasitali ngaphakathi kwebhokisi yentsimbi yangaphandle inokuxhonywa ngesibane se-UV, i-intercom, njl.

I-3. Iyunithi yeFilinte ye-fan:

Igama elipheleleyo lesiNgesi le-FFU (Icandelo leFilinte leFizi) lineempawu zonxibelelwano lwemodyuli kunye nokusetyenziswa. Kukho amanqanaba amabini eziprayimari kunye ne-HAPA ngokulandelelana. Umgaqo wokuSebenza ngu: I-fan ihales umoya ukusuka phezulu kwi-FFU kwaye ihluma kwiifilitha zeprayimari kunye ne-DAPA. Umoya ococekileyo ococekileyo uyathunyelwa ngokulinganayo kwindawo yokuphuma komoya kumgangatho ophakathi we-0.45m / s. I-Filter Filter ye-Fillter yamkela uyilo olukhanyayo kwaye inokufakwa ngokungqinelana nenkqubo yegridi yabavelisi abahlukeneyo. Ubungakanani boyiso lolwakhiwo lwe-FFU bunokutshintshwa ngokwenkqubo yegridi. Iplate ye-diflusul ifakwe ngaphakathi, uxinzelelo lomoya lusasazeka, kwaye i-velocity yomoya kwindawo yokuphuma yomoya iphakathi kwaye uzinzile. Ubume besinyithi ye-duct yehla Thintela ungcoliseko lwasecaleni, umphezulu ugudileyo, ukumelana nomoya kuphantsi, kwaye isiphumo sokufakwa kwesandi senzeke. Indawo yomoya ekhethekileyo yomoya inciphisa ilahleko kunye nesizukulwana sengxolo. Imoto inobuchule obuphezulu kwaye inkqubo isebenzisa iindleko zangoku, ezonga zonga amandla. Imoto yenqanaba elinye ibonelela ngommiselo wesantya senqanaba amathathu, onokuthi anyuke okanye anciphise isantya somoya kunye ne-air volub ngokweemeko zokwenyani. Ngokweemfuno zabathengi, inokusetyenziswa njengeyunithi enye okanye ixhunyiwe kuphuculo lokwenza imigca yenqanaba lemveliso emininzi. Iindlela zokulawula ezinje ngoMmiselo weBhodi yeBhodi ye-elektroniki, ummiselo weSikhangiso weGear, kunye neKhompyuter. Ineempawu zokonga amandla, umsebenzi ozinzileyo, ingxolo ephantsi, kunye nohlengahlengiso lwedijithali. Isetyenziswe ngokubanzi kwi-elektroniki, iipliksi, ukhuselo lwesizwe, iilebhu, kunye nezinye iindawo ezifuna ukucoceka komoya. Ingadibana nobungakanani obohlukeneyo bodidi lwe-quartric yeklasi ye-100-300000 esebenzisa iinxalenye zenkxaso yenkxaso, amakhethini e-statical, njl. Njl.njl. .

Inqanaba lokucoca i-①.FFU: Iklasi ye-1;

I-velocity yomoya ye-②FFU i:

③. I-FFU isebenzisa i-HAPA ye-HAP ngaphandle kokhuphiswano, kwaye ukusebenza kakuhle kwe-FFU yile: 99.99%, ukuqinisekisa inqanaba lokucoca;

④. I-FFU yenziwa nge-ininc ye-zinc iyonke;

⑤. Uyilo lommiselo we-FFU ongenalo lwesantya lwesantya lube lusebenza ngokusebenza kwesantya sokusebenza. I-FFU isenokuqinisekisa ukuba ivolumu yomoya ihlala ingaguqukanga nangaphantsi kokuchasana kokugqibela kwe-slit ye-SPA;

I-⑥.FF isebenzisa i-bierifugal ephezulu ye-Centrifuugal, enobomi obude, ingxolo ephantsi, ilondolozwe kunye nentshukumo ephantsi;

⑦.FF ilungele ngokukodwa kwindibano kwimigca yemveliso ye-Ultra. Inokucwangciswa njengenye i-FFU enye ngokweemfuno zenkqubo, okanye i-FFUs ezininzi inokusetyenziselwa ukwenza umgca weklasi we-100.

4. I-Laminar Hood:

I-hood yokuhamba kwe-lami iqulunqwe ibhokisi yebhokisi, i-fan, icebo lokucoca i-hep, ifilitha eyintloko, iplate kunye nomlawuli. Iplate ebandayo yeqokobhe yangaphandle itshizwa ngeplastiki okanye ipleyiti yentsimbi engenasimo. I-hood ye-Laminar idlulisela umoya nge-HEP kwisantya esithile ukwenza umaleko ohambayo, sivumela umoya ococekileyo, ngaloo ndlela evumela ukuba ucoceko oluphezulu olufunyenwe yinkqubo yomsebenzi. Yiyunithi yomoya ecocekileyo enokubonelela ngendawo ecocekileyo yendawo kwaye inokufakelwa ngentla eguqulweyo ngaphezulu kwenkqubo yenkqubo efuna ucoceko oluphezulu. I-hood ecocekileyo ye-laminape inokusetyenziswa ngokukodwa okanye idityaniswe kwindawo ecocekileyo ecocekileyo. I-hood yokuhamba kwe-laminar inokuxhonywa okanye ixhaswe emhlabeni. Inesakhiwo se-compact kwaye kulula ukuyisebenzisa.

①. Inqanaba lokuhlanjwa kwe-Laminar ye-Laminar: Iklasi ye-Festic 100, uthuli kunye nobukhulu be-sub.5m kwindawo yokusebenza ≤3.5 amasuntswana / ilitha (FS209e100 inqanaba);

②. Isantya somoya esiqhelekileyo se-lamids shod yi-0.3-0.5m / S, ingxolo, kwaye i-220v, i-50Hz. ;

③. Ukuhamba kwe-laminar i-laminar yamkela icebo eliphakamileyo elingasebenziyo ngaphandle kokwahlulwa, kwaye ukusebenza ngokuphelileyo yile: 99.99%, ukuqinisekisa inqanaba lokucoca;

④. I-hood ye-laminar yenziwa ngepeyinti yeplate ebandayo, iplate ye-aluminium okanye ipleyiti yentsimbi engenanto;

⑤. Indlela yokuhamba ye-Laminar Hod: Ukusebenza kwesantya sesantya okanye iBhodi yeBhodi ye-elektroniki, umsebenzi wokusebenza ngesantya uzinzile, kwaye i-hood yokuhamba kwesantya iyazinza, kwaye i-hood yokuhamba kwe-laminaar isenokuqinisekisa ukuba ivolumu yomoya ihleli iguqukile kwi-fireter esebenzayo;

⑥. I-hood yokuhamba kwe-laminar isebenzisa abalandeli be-Centrifugal ephezulu, enobomi obude, ingxolo ephantsi, ilondolozwe kunye nentshukumo ephantsi;

⑦. Ii-hoods zokuhamba kwama-laminali zilungele ngokukhethekileyo kwindibano kwimigca ye-Ultra yokucoca. Banokucwangciswa njenge-hood ye-laminar enye ye-laminari nganye ngokweemfuno zenkqubo, okanye ii-hoods ezininzi zokuhamba kwama-laminali zingasetyenziselwa ukwenza umgca wenqanaba lenqanaba le-100.

I-5. Ukucoca ibhentshi:

Ibhentshi ecocekileyo yahlulwe yangamacala amabini: ukuhamba ngentsimbi ecocekileyo kunye nebhentshi ethe tyaba. Ibhentshi ecocekileyo yenye yezixhobo ezicocekileyo eziphucula iimeko zenkqubo kwaye iqinisekisa ukucoceka. Isetyenziswa ngokubanzi kwiindawo zemveliso zalapha ekhaya ezifuna ukucoceka okuphezulu, ezinjengelebhu, i-farmaceutical, i-eptoelectialctroelectronics, iibhodi ze-piclectronics, ukulungiswa kokutya kunye nezinye iinkalo.

Iimpawu zeBench ezicocekileyo:

①. Ibhentshi ecocekileyo isebenzisa i-ultra-tick filter filter ye-filter ye-swiltic slilltion yeklasi ye-100.

②. Ibhentshi ecocekileyo yonyango ixhotywe nge-genesififugal ye-generifugal ephezulu, enobomi obude, ingxolo ephantsi, i-SOD-free kunye nentshukumo ephantsi.

③. Ibhentshi ecocekileyo yamkela inkqubo yokubonelela ngomoya, kwaye uhlobo lwe-knob lungaphezulu kohlengahlengiso lwe-velocity yomoya kunye nokutshintsha kwe-LED kukhethwa.

④. Ibhentshi ecocekileyo ixhotywe nge-filter enkulu yevolumu, ekulula ukuyisebenzisa kwaye ingcono ukukhusela icebo le-HAPA ukuqinisekisa ukucoceka komoya.

⑤. Iklasi ye-Festic anokusetyenziswa njengeyunithi enye ngokweemfuno zenkqubo, okanye iiyunithi ezininzi zinokudityaniswa kwiklasi ye-100 i-iltra yemveliso ecocekileyo.

⑥. Ibhentshi ecocekileyo inokuxhotyiswa ngomahluko oqinisekileyo woxinzelelo ukuze ubonise ngokucacileyo umahluko kumacala omabini e-Hepa ukukhumbuza ukuba uthathe indawo ye-HEP.

⑦. Ibhentshi ecocekileyo ineendlela ezahlukeneyo ezithile kwaye inokwenziwa ngokwezifiso ngokweemfuno zemveliso.

I-6. Ibhokisi ye-hepa:

Ibhokisi ye-HEPA inamacandelo ama-HEPA enamacandelo ama-4: ibhokisi yoxinzelelo oluphezulu, iplate ye-dipdual, i-slitter kunye neflange; Ujongano ne-suct yomoya inonxibelelwano ezimbini: uqhagamshelo lwecala kunye nonxibelelwano oluphezulu. Umphezulu webhokisi wenzelwa iipleyiti ezine zentsimbi kunye ne-materi-thearing yokuhamba kunye ne-electrostatic yokutshiza. Iivenkile zomoya zinemimoya elungileyo yokuqinisekisa ukusebenza okuhlanjululweyo; Isixhobo sokuqina kwe-terminal somoya esisetyenziselwa ukutshintsha kunye nokwakha amagumbi amatsha acocekileyo kuwo onke amanqanaba ukusuka kwiklasi ye-1000 ukuya kwi-300000, ukuhlangabezana neemfuno zokucoca.

Imisebenzi yokhetho yebhokisi ye-HEPA:

①. Ibhokisi ye-HEPA inokukhetha ubonelelo lomoya okanye ubonelelo oluphezulu lomoya ngokweemfuno zabathengi ezahlukeneyo. I-flange inokukhetha isikwere okanye ivule ivuliwe ukuqhuba isidingo sokuqhagamshela ii-ducts zomoya.

②. Ibhokisi yoxinzelelo ye-static inokukhethwa kwi: iplate eqengqelekayo ebandayo kunye nentsimbi engama-304.

③. I-Flange inokukhethwa: isikwere okanye ukuvulwa kwesikwere ukuqhuba isidingo soqhagamshelo lwe-upomoya.

④. Iplate ye-Diaming inokukhethwa: Iplate eqengqelekayo ebandayo kunye nentsimbi engama-304.

⑤. Icebo le-HEPA liyafumaneka okanye ngaphandle kokhuphiswano.

⑥. Izixhobo zokuzikhethela kwiBhokisi ye-HEPA: I-inshurensi yolawulo, i-valumer yolawulo lwe-airling air cotve, i-insulser cotton, kunye nezibuko lovavanyo lwe-DOP.