1. Ishawa yomoya:
Ishawa yomoya sisixhobo esicocekileyo esifunekayo ukuze abantu bangene kwigumbi elicocekileyo nelingenathuli. Inamandla okuguquguquka kwaye ingasetyenziswa kuzo zonke iigumbi ezicocekileyo kunye neeworkshop ezicocekileyo. Xa abasebenzi bengena kwiworkshop, kufuneka badlule kwesi sixhobo kwaye basebenzise umoya ococekileyo onamandla. Ii-nozzles ezijikelezayo zitshizwa ebantwini kuzo zonke iindlela ukuze zisuse uthuli, iinwele, iinwele kunye nezinye izinto ezimdaka ezinamathele kwiimpahla ngempumelelo nangokukhawuleza. Inganciphisa iingxaki zongcoliseko ezibangelwa ngabantu abangena nabaphuma kwigumbi elicocekileyo. Iingcango ezimbini zeshawa yomoya zivaliwe nge-elektroniki kwaye zinokusebenza njenge-airlock ukuthintela ungcoliseko lwangaphandle kunye nomoya ongacocwanga ukuba ungene kwindawo ecocekileyo. Ithintela abasebenzi ekungeniseni iinwele, uthuli, kunye neebhaktheriya kwiworkshop, bahlangabezane nemigangatho engqongqo yokucoca engenathuli kwindawo yokusebenza, kwaye bavelise iimveliso ezisemgangathweni ophezulu.
2. Ibhokisi yepasi:
Ibhokisi yeepasi yahlulwe yaba yibhokisi yeepasi eqhelekileyo kunye nebhokisi yeepasi yomoya. Ibhokisi yeepasi eqhelekileyo isetyenziselwa kakhulu ukuhambisa izinto phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga ukunciphisa inani leengcango. Sisixhobo esihle esicocekileyo esinokunciphisa ngempumelelo ungcoliseko olunqamlezileyo phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga. Ibhokisi yeepasi zonke zivaliwe kabini (oko kukuthi, ucango olunye kuphela olunokuvulwa ngexesha, kwaye emva kokuba ucango olunye luvuliwe, olunye ucango alunakuvulwa).
Ngokwezinto ezahlukeneyo zebhokisi, ibhokisi yokupasa inokwahlulwa ibe yibhokisi yokupasa yentsimbi engagqwaliyo, intsimbi engagqwaliyo ngaphakathi kwebhokisi yokupasa yepleyiti yentsimbi yangaphandle, njl. Ibhokisi yokupasa ingaxhotyiswa ngesibane se-UV, i-intercom, njl.
3. Iyunithi yesihluzi sefeni:
Igama elipheleleyo lesiNgesi le-FFU (iyunithi yesihluzi sefeni) lineempawu zonxibelelwano kunye nokusetyenziswa kwemodyuli. Kukho izigaba ezibini zezihluzi zeprayimari kunye neze-hepa ngokwahlukeneyo. Umgaqo osebenzayo ngulo: ifeni iphefumla umoya ukusuka phezulu kwe-FFU kwaye iyihluze ngeefilitha zeprayimari kunye neze-hepa. Umoya ococekileyo ocociweyo uthunyelwa ngokulinganayo kumphezulu wokuphuma komoya ngesantya somoya esiphakathi se-0.45m/s. Iyunithi yesihluzi sefeni isebenzisa uyilo olukhaphukhaphu lwesakhiwo kwaye ingafakwa ngokuhambelana nenkqubo yegridi yabavelisi abahlukeneyo. Uyilo lobungakanani besakhiwo se-FFU lunokutshintshwa ngokwenkqubo yegridi. Ipleyiti ye-diffuser ifakwe ngaphakathi, uxinzelelo lomoya lusasazwa ngokulinganayo, kwaye isantya somoya kumphezulu wokuphuma komoya siphakathi kwaye sizinzile. Ulwakhiwo lwesinyithi lombhobho womoya ophantsi aluyi kuguga. Ukuthintela ungcoliseko lwesibini, umphezulu uthambile, ukumelana komoya kuphantsi, kwaye isiphumo sokuthintela isandi silungile. Uyilo olukhethekileyo lwemibhobho yokungena komoya lunciphisa ukulahleka koxinzelelo kunye nokuveliswa kwengxolo. Injini isebenza kakuhle kwaye inkqubo isebenzisa umbane ophantsi, okonga iindleko zamandla. Injini yesigaba esinye inika ulawulo lwesantya olunezigaba ezintathu, olunokunyusa okanye ukunciphisa isantya somoya kunye nomthamo womoya ngokweemeko zangempela. Ngokweemfuno zabathengi, ingasetyenziswa njengeyunithi enye okanye idityaniswe ngochungechunge ukwenza imigca yemveliso emininzi enamanqanaba ali-100. Iindlela zokulawula ezifana nolawulo lwesantya sebhodi ye-elektroniki, ulawulo lwesantya segiya, kunye nolawulo oluphakathi lwekhompyutha zingasetyenziswa. Ineempawu zokonga amandla, ukusebenza okuzinzileyo, ingxolo ephantsi, kunye nokulungiswa kwedijithali. Isetyenziswa kakhulu kwi-elektroniki, kwi-optics, kukhuselo lwesizwe, kwiilebhu, nakwezinye iindawo ezifuna ucoceko lomoya. Ingadityaniswa ibe zizixhobo ezahlukeneyo zococeko lweklasi ye-100-300000 kusetyenziswa izixhobo zesakhelo esixhasayo, amakhethini achasene ne-static, njl. Iishedi zomsebenzi zifanelekile kakhulu ekwakheni iindawo ezincinci ezicocekileyo, ezinokonga imali kunye nexesha ekwakheni amagumbi acocekileyo.
①. Inqanaba lokucoceka le-FFU: iklasi engashukumiyo eyi-100;
②. Isantya somoya seFFU yi: 0.3/0.35/0.4/0.45/0.5m/s, ingxolo yeFFU ≤46dB, umbane weFFU yi-220V, 50Hz;
2. I-FFU isebenzisa isihluzi se-hepa esingenazo izahlulo, kwaye ukusebenza kakuhle kokucoca i-FFU yi: 99.99%, okuqinisekisa inqanaba lokucoceka;
④. I-FFU yenziwe ngeepleyiti ze-zinc ezigayiweyo zizonke;
2. Uyilo lolawulo lwesantya olungenasinyathelo lwe-FFU lunendlela ezinzileyo yokusebenza kolawulo lwesantya. I-FFU isenokuqinisekisa ukuba umthamo womoya awutshintshi nokuba uphantsi kokumelana kokugqibela kwesihluzi se-hepa;
⑥. I-FFU isebenzisa iifeni ze-centrifugal ezisebenzayo kakhulu, ezihlala ixesha elide, ingxolo ephantsi, ezingenakugcinwa kwaye zingcangcazela kancinci;
⑦. I-FFU ifanelekile ngokukodwa ukuhlanganiswa ibe yimigca yemveliso ecocekileyo kakhulu. Ingacwangciswa njenge-FFU enye ngokweemfuno zenkqubo, okanye ii-FFU ezininzi zingasetyenziselwa ukwenza umgca wokuhlanganisa weklasi ye-100.
4. Isiciko se-laminar flow:
I-laminar flow hood yenziwe kakhulu ngebhokisi, ifeni, isihluzi se-hepa, isihluzi esiyintloko, ipleyiti enemingxuma kunye nomlawuli. Ipleyiti ebandayo yeqokobhe langaphandle ifafazwa ngeplastiki okanye ipleyiti yentsimbi engatyiwayo. I-laminar flow hood idlula umoya kwisihluzi se-hepa ngesantya esithile ukuze yenze umaleko wokuhamba ofanayo, ivumela umoya ococekileyo ukuba uhambe ngokuthe nkqo kwicala elinye, ngaloo ndlela iqinisekisa ukuba ucoceko oluphezulu olufunekayo kwinkqubo luyahlangatyezwa kwindawo yokusebenza. Yiyunithi yokucoca umoya enokubonelela ngendawo ecocekileyo yendawo kwaye inokufakelwa ngokulula ngaphezulu kweendawo zenkqubo ezifuna ucoceko oluphezulu. I-laminar flow hood ecocekileyo ingasetyenziswa yodwa okanye idityaniswe kwindawo ecocekileyo enemilo emincinci. I-laminar flow hood inokuxhonywa okanye ixhaswe emhlabeni. Inesakhiwo esincinci kwaye kulula ukuyisebenzisa.
①. Inqanaba lokucoceka kwe-laminar flow hood: iklasi engashukumiyo eyi-100, uthuli olunobukhulu be-particle ≥0.5m kwindawo yokusebenza ≤3.5 amasuntswana/ilitha (inqanaba le-FS209E100);
②. Isantya somoya esiqhelekileyo se-laminar flow hood yi-0.3-0.5m/s, ingxolo yi-≤64dB, kwaye umbane yi-220V, 50Hz. ;
2. I-laminar flow hood isebenzisa isihluzi esisebenza kakuhle ngaphandle kwezahlulo, kwaye ukusebenza kakuhle kokuhluza yi: 99.99%, okuqinisekisa inqanaba lokucoceka;
4. I-laminar flow hood yenziwe ngepeyinti yepleyiti ebandayo, ipleyiti yealuminiyam okanye ipleyiti yentsimbi engatyiwayo;
4. Indlela yokulawula i-Laminar flow hood: uyilo lolawulo lwesantya olungenasinyathelo okanye ulawulo lwesantya sebhodi ye-elektroniki, ukusebenza kolawulo lwesantya kuzinzile, kwaye i-laminar flow hood isenokuqinisekisa ukuba umthamo womoya awutshintshi phantsi kokumelana kokugqibela kwesihluzi esisebenza kakuhle;
4. I-laminar flow hood isebenzisa iifeni ze-centrifugal ezisebenzayo kakhulu, ezihlala ixesha elide, ingxolo ephantsi, ezingagcinwanga kakuhle kwaye zingcangcazela kancinci;
2. Ii-laminar flow hood zilungele ngokukodwa ukuhlanganiswa zibe yimigca yemveliso ecocekileyo kakhulu. Zingalungiswa njenge-laminar flow hood enye ngokweemfuno zenkqubo, okanye ii-laminar flow hood ezininzi zingasetyenziselwa ukwenza umgca wendibano wamanqanaba ali-100.
5. Ibhentshi ecocekileyo:
Ibhentshi ecocekileyo yahlulwe yaba ziintlobo ezimbini: ibhentshi ecocekileyo ethe nkqo kunye nebhentshi ecocekileyo ethe tye. Ibhentshi ecocekileyo yenye yezixhobo ezicocekileyo eziphucula iimeko zenkqubo kwaye iqinisekisa ucoceko. Isetyenziswa kakhulu kwiindawo zemveliso zasekuhlaleni ezifuna ucoceko oluphezulu, ezifana nelebhu, amayeza, ii-LED optoelectronics, iibhodi zeesekethe, ii-microelectronics, imveliso ye-hard drive, ukucubungula ukutya kunye nezinye iindawo.
Iimpawu zebhentshi ecocekileyo:
1. Ibhentshi ecocekileyo isebenzisa isihluzi se-mini pleat esincinci kakhulu esinokusebenza kakuhle kokucoca okungaguqukiyo kweklasi ye-100.
2. Ibhentshi ecocekileyo yezonyango ixhotyiswe ngefeni ye-centrifugal esebenza kakuhle kakhulu, ehlala ixesha elide, ingxolo ephantsi, ayibangeli ngxaki kwaye ayidlidlizi kakhulu.
2. Ibhentshi ecocekileyo isebenzisa inkqubo yokuhambisa umoya ehlengahlengiswayo, kwaye uhlengahlengiso olungenazitebhisi lwesantya somoya kunye neswitshi yokulawula ye-LED azinyanzelekanga.
④. Ibhentshi ecocekileyo ixhotyiswe ngesihluzo esikhulu somoya, esilula ukusiqhekeza kwaye sikhusela ngcono isihluzo se-hepa ukuqinisekisa ukucoceka komoya.
⑤. Ibhentshi yokusebenza yeKlasi 100 engashukumiyo ingasetyenziswa njengeyunithi enye ngokweemfuno zenkqubo, okanye iiyunithi ezininzi zinokudityaniswa zibe ngumgca wemveliso weKlasi 100 ococekileyo kakhulu.
⑥. Ibhentshi ecocekileyo inokuxhotyiswa ngegeyiji yomahluko woxinzelelo olukhethiweyo ukubonisa ngokucacileyo umahluko woxinzelelo kumacala omabini esihluzo se-hepa ukukukhumbuza ukuba utshintshe isihluzo se-hepa.
2. Ibhentshi ecocekileyo ineenkcazo ezahlukeneyo kwaye ingenziwa ngokwezifiso ngokweemfuno zemveliso.
6. Ibhokisi ye-HEPA:
Ibhokisi ye-hepa inamacandelo ama-4: ibhokisi yoxinzelelo olungashukumiyo, ipleyiti ye-diffuser, isihluzi se-hepa kunye ne-flange; unxibelelwano olune-air duct luneentlobo ezimbini: uqhagamshelo olusecaleni kunye noqhagamshelo oluphezulu. Umphezulu webhokisi wenziwe ngeepleyiti zentsimbi ezigoqwe ngokubandayo ezine-pickling enezingqimba ezininzi kunye ne-electrostatic spray. Iiplagi zomoya zinomoya ohamba kakuhle ukuqinisekisa isiphumo sokucoca; sisixhobo sokucoca umoya esisetyenziselwa ukuguqula nokwakha amagumbi amatsha acocekileyo awo onke amanqanaba ukusuka kwiklasi ye-1000 ukuya kwi-300000, ukuhlangabezana neemfuno zokucoca.
Imisebenzi yokuzikhethela yebhokisi ye-hepa:
1. Ibhokisi yeHepa inokukhetha unikezelo lomoya olusecaleni okanye unikezelo lomoya oluphezulu ngokweemfuno zabathengi ezahlukeneyo. Iflange inokukhetha nezimbobo ezisikwere okanye ezingqukuva ukuze kube lula ukudibanisa imibhobho yomoya.
2. Ibhokisi yoxinzelelo olungashukumiyo inokukhethwa kwi: ipleyiti yentsimbi eqengqelekayo ebandayo kunye nentsimbi engagqwaliyo engama-304.
2. I-flange ingakhethwa: isithuba esisikwere okanye esingqukuva ukuze kube lula ukunxibelelana kwepayipi yomoya.
4. Ipleyiti ye-diffuser ingakhethwa: ipleyiti yentsimbi eqengqelekayo ebandayo kunye nentsimbi engagqwaliyo engama-304.
⑤. Isihluzi se-hepa siyafumaneka kunye okanye ngaphandle kwezahlulo.
2. Izixhobo ezikhethiweyo zebhokisi ye-hepa: umaleko wokufaka i-insulation, ivalvu yokulawula ivolumu yomoya ngesandla, umqhaphu wokufaka i-insulation, kunye ne-DOP test port.
Ixesha lokuthumela: Septemba-18-2023