1. Ishawa yomoya:
Ishawa yomoya sisixhobo esiyimfuneko esicocekileyo ukuze abantu bangene kwigumbi elicocekileyo kunye neworkshop engenathuli.Inokuguquguquka okunamandla kwaye inokusetyenziswa nawo onke amagumbi acocekileyo kunye neeworkshops ezicocekileyo.Xa abasebenzi bengena kwindawo yokusebenzela, kufuneka badlule kwesi sixhobo kwaye basebenzise umoya ococekileyo oqinileyo.Imilomo ejikeleziswayo itshizwe kubantu bevela kuzo zonke iindlela ukuze iphumelele kwaye isuse ngokukhawuleza uthuli, iinwele, iiflakes zeenwele kunye nolunye udoti oluncanyathiselwe kwiimpahla.Inokunciphisa iingxaki zongcoliseko ezibangelwa ngabantu abangena nabaphuma kwigumbi elicocekileyo.Iingcango ezimbini zeshawa yomoya zinxibelelene ngombane kwaye zinokusebenza njengesitshixo somoya ukuthintela ungcoliseko lwangaphandle kunye nomoya ongacocekanga ukuba ungangeni kwindawo ecocekileyo.Thintela abasebenzi ekuziseni iinwele, uthuli, kunye neebhaktheriya kwindawo yokusebenzela, bahlangabezane nemigangatho engqongqo yokucocwa kothuli emsebenzini, kwaye bavelise iimveliso ezikumgangatho ophezulu.
2. Ibhokisi yokupasa:
Ibhokisi yokupasa yahlulwe yaba yibhokisi yokupasa eqhelekileyo kunye nebhokisi yokupasa yeshawari yomoya.Ibhokisi lokupasa eliqhelekileyo lisetyenziselwa ukudlulisa izinto phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga ukunciphisa inani leengcango zokuvula.Sisixhobo esicocekileyo esinokunciphisa ngokufanelekileyo ukungcoliseka phakathi kwamagumbi acocekileyo kunye namagumbi angacocekanga.Ibhokisi yokupasa idibanisa zonke iingcango eziphindwe kabini (oko kukuthi, umnyango omnye kuphela unokuvulwa ngexesha, kwaye emva kokuvulwa kocango, omnye umnyango awunakuvuleka).
Ngokwezixhobo ezahlukeneyo zebhokisi, ibhokisi yokupasa inokwahlulwa ibe yibhokisi yokupasa yensimbi engenasici, insimbi engenasici ngaphakathi kwibhokisi yokupasa yentsimbi yangaphandle, njl njl.
3. Iyunithi yokucoca abalandeli:
Igama elipheleleyo lesiNgesi le-FFU (iyunithi yokucoca i-fan) ineempawu zoqhagamshelwano lwemodyuli kunye nokusetyenziswa.Kukho izigaba ezibini zezihluzi eziphambili kunye ne-hepa ngokulandelelanayo.Umgaqo osebenzayo ngulo: i-fan iphefumlela umoya ukusuka phezulu kwe-FFU kwaye ihluze ngokusebenzisa izihlungi eziphambili kunye ne-hepa.Umoya ococekileyo ococekileyo uthunyelwa ngokulinganayo kwindawo yokuphuma komoya kwisantya somoya esiyi-0.45m/s.Iyunithi yokucoca ifeni ithatha uyilo olulula lwesakhiwo kwaye inokufakwa ngokuhambelana nenkqubo yegridi yabavelisi abohlukeneyo.Uyilo lobungakanani bolwakhiwo lweFFU nalo lunokutshintshwa ngokwenkqubo yegridi.Ipleyiti ye-diffuser ifakwe ngaphakathi, uxinzelelo lomoya lusasazwa ngokulinganayo, kwaye isantya somoya kwindawo yokukhupha umoya iphakathi kwaye izinzile.Isakhiwo sesinyithi sombhobho we-downwind asinakuze siguge.Thintela ungcoliseko lwesibini, umphezulu umtyibilizi, ukuxhathisa komoya kuphantsi, kwaye nesiphumo sokugquma isandi sigqwesileyo.Uyilo olukhethekileyo lombhobho wokungenisa umoya kunciphisa ilahleko yoxinzelelo kunye nokuveliswa kwengxolo.I-motor inokusebenza okuphezulu kwaye inkqubo idla ngokuphantsi, igcina iindleko zamandla.Imotor yenqanaba elinye ibonelela ngesantya senqanaba lesithathu, esinokunyusa okanye sinciphise isantya somoya kunye nomthamo womoya ngokweemeko zangempela.Ngokweemfuno zabathengi, ingasetyenziselwa njengeyunithi enye okanye idibaniswe kwichungechunge ukuze yenze imigca yemveliso emininzi ye-100.Iindlela zokulawula ezifana nolawulo lwesantya sebhodi ye-elektroniki, ulawulo lwesantya segiya, kunye nolawulo olusembindini lwekhompyuter lunokusetyenziswa.Ineempawu zokonga amandla, ukusebenza okuzinzile, ingxolo ephantsi, kunye nohlengahlengiso lwedijithali.Isetyenziswa kakhulu kwi-electronics, optics, ukukhusela ilizwe, iilabhoratri, kunye nezinye iindawo ezifuna ukucoceka emoyeni.Inokuphinda idityaniswe kwiisayizi ezahlukeneyo zeklasi ye-static 100-300000 izixhobo zokucoceka zisebenzisa isakhelo senkxaso yamacandelo esakhiwo, amakhethini achasene ne-static, njl. .
①.FFU inqanaba lokucoceka: iklasi engatshintshiyo ye-100;
②.FFU isantya somoya: 0.3 / 0.35 / 0.4 / 0.45 / 0.5m / s, ingxolo yeFFU ≤46dB, umbane weFFU ngu-220V, 50Hz;
③.I-FFU isebenzisa i-hepa filter ngaphandle kwezahlulo, kunye nokusebenza kakuhle kwe-FFU yokucoca: 99.99%, iqinisekisa umgangatho wococeko;
④.I-FFU yenziwe ngeepleyiti ze-zinc ze-galvanized ngokubanzi;
⑤.Uyilo lolawulo lwesantya se-FFU olungenanyathelo lunesantya esizinzileyo sokusebenza.I-FFU isenokuqinisekisa ukuba umthamo womoya uhlala ungaguqukiyo naphantsi kokumelana kokugqibela kwe-hepa filter;
⑥.FFU isebenzisa iifeni ze-centrifugal eziphezulu, ezinobomi obude, ingxolo ephantsi, i-intenance-free kunye ne-vibration ephantsi;
⑦.IFFU ilungele ukudityaniswa kwimigca yemveliso ecocekileyo kakhulu.Inokucwangciswa njenge-FFU enye ngokweemfuno zenkqubo, okanye ii-FFU ezininzi zingasetyenziselwa ukwenza umgca we-100 weklasi.
4. I-Laminar flow hood:
I-laminar flow hood yenziwa ikakhulu yibhokisi, ifeni, isihluzo se-hepa, isihluzo sokuqala, ipleyiti enombhobho kunye nesilawuli.Icwecwe elibandayo leqokobhe langaphandle litshizwa ngeplastiki okanye ipleyiti yensimbi engenasici.I-laminar flow hood idlula umoya kwi-hepa filter kwisantya esithile ukwenza i-uniform flow layer, ivumela umoya ococekileyo ukuba uhambe ngokuthe nkqo kwicala elinye, ngaloo ndlela uqinisekisa ukuba ukucoceka okuphezulu okufunwa yinkqubo kuhlangatyezwane nendawo yokusebenza.Yiyunithi ecocekileyo yomoya enokubonelela ngobume bendawo ecocekileyo kwaye inokufakwa ngokuguquguqukayo ngaphezu kweendawo zenkqubo ezifuna ukucoceka okuphezulu.I-laminar flow hood ecocekileyo inokusetyenziswa ngabanye okanye idityaniswe kwindawo ecocekileyo enemilo.I-laminar flow hood inokuxhonywa okanye ixhaswe phantsi.Inesakhiwo esincinci kwaye kulula ukuyisebenzisa.
①.Inqanaba lokucoceka kwe-Laminar flow hood: iklasi ye-static 100, uthuli olunobukhulu be-particle ≥0.5m kwindawo yokusebenza ≤3.5 iinqununu / ilitha (izinga leFS209E100);
②.Umyinge wesantya somoya we-laminar flow hood yi-0.3-0.5m / s, ingxolo yi-≤64dB, kunye nokunikezelwa kwamandla yi-220V, 50Hz.;
③.I-laminar flow hood ithatha i-high-effective filter ngaphandle kwezahlulo, kunye nokusebenza kakuhle kokucoca: 99.99%, iqinisekisa umgangatho wococeko;
④.I-laminar flow hood yenziwe ngepeyinti yepleyiti ebandayo, ipleyiti ye-aluminium okanye i-stainless steel plate;
⑤.Indlela yokulawula i-Laminar flow hood: uyilo lokulawulwa kwesantya esingenanyathelo okanye ukulawulwa kwesantya sebhodi ye-elektroniki, ukusebenza kokulawulwa kwesantya kuzinzile, kwaye i-laminar flow hood isenokuqinisekisa ukuba umthamo womoya uhlala ungaguqukiyo phantsi kokuchaswa kokugqibela kokucoca okuphezulu;
⑥.I-laminar flow hood isebenzisa iifeni ze-centrifugal eziphezulu, ezinobomi obude, ingxolo ephantsi, i-londolo-free kunye ne-vibration ephantsi;
⑦.I-Laminar flow hoods ifaneleke ngokukodwa ukuhlanganisana kwimigca yokuvelisa i-ultra-clean.Ziyakwazi ukulungelelaniswa njenge-hood ye-laminar flow hood ngokweemfuno zenkqubo, okanye ii-laminar flow hoods ezininzi zingasetyenziselwa ukwenza umgca wokuhlanganisana kwinqanaba le-100.
5. Ibhentshi ecocekileyo:
Ibhentshi ecocekileyo yahlulwe yaba ziindidi ezimbini: ibhentshi ecocekileyo ethe nkqo kunye nebhentshi ecocekileyo ejikelezayo.Ibhentshi ecocekileyo yenye yezixhobo ezicocekileyo eziphucula iimeko zenkqubo kunye nokuqinisekisa ukucoceka.Isetyenziswe ngokubanzi kwiindawo zokuvelisa zendawo ezifuna ukucoceka okuphezulu, njengebhubhoratri, i-pharmaceuticals, i-optoelectronics ye-LED, iibhodi zeesekethe, i-microelectronics, ukuveliswa kwe-hard drive, ukulungiswa kokutya kunye nezinye iinkalo.
Coca iimpawu zebhentshi:
①.Ibhentshi ecocekileyo isebenzisa i-ultra-thin mini pleat filter ene-static filtration esebenzayo yodidi lwe-100.
②.Ibhentshi ecocekileyo yonyango ixhotyiswe nge-fan ye-centrifugal ephezulu, enobomi obude, ingxolo ephantsi, isondlo esingenalo kunye ne-vibration ephantsi.
③.Ibhentshi ecocekileyo ithatha inkqubo yonikezelo lomoya ehlengahlengisiweyo, kwaye uhlengahlengiso lwe-knob-uhlobo lwesantya somoya kunye nokutshintsha kolawulo lwe-LED kunokuzikhethela.
④.Ibhentshi ecocekileyo ixhotyiswe ngesihluzo esiphambili somthamo womoya, ekulula ukusiqhawula kwaye sikhusela ngcono isihluzo se-hepa ukuqinisekisa ukucoceka komoya.
⑤.I-Static Class 100 workbench ingasetyenziselwa njengeyunithi enye ngokweemfuno zenkqubo, okanye iiyunithi ezininzi zinokudibaniswa kwiklasi ye-100 ye-ultra-clean production line.
⑥.Ibhentshi ecocekileyo inokuxhotyiswa ngokhetho olukhethiweyo lomehluko wegeyiji ukubonisa ngokucacileyo umahluko woxinzelelo macala omabini esihluzo se-hepa ukukukhumbuza ukuba ubuyisele icebo lokucoca ihepa.
⑦.Ibhentshi ecocekileyo ineenkcazo ezahlukeneyo kwaye inokwenziwa ngokwezifiso ngokweemfuno zemveliso.
6. Ibhokisi ye-HEPA:
Ibhokisi ye-hepa iqukethe iinxalenye ezi-4: ibhokisi yoxinzelelo lwe-static, i-diffuser plate, i-hepa filter kunye ne-flange;i-interface kunye ne-air duct ineentlobo ezimbini: ukudibanisa kwecala kunye nokudibanisa okuphezulu.Umphezulu webhokisi wenziwe ngeepleyiti zentsimbi ezibandayo kunye ne-multi-layer pickling kunye nokutshiza kwe-electrostatic.Izixhobo zomoya zinomoya omhle wokuqinisekisa umphumo wokucoca;sisixhobo sokucoca umoya esisetyenziselwa ukuguqula nokwakha amagumbi amatsha acocekileyo kuwo onke amanqanaba ukusuka kwiklasi ye-1000 ukuya kwi-300000, ehlangabezana neemfuno zokucoca.
Imisebenzi ekhethiweyo yebhokisi ye-hepa:
①.Ibhokisi ye-Hepa inokukhetha unikezelo lomoya wecala okanye unikezelo lomoya ophezulu ngokweemfuno ezahlukeneyo zabathengi.I-flange nayo inokukhetha ukuvuleka kwesikwere okanye ukujikeleza ukuququzelela imfuno yokudibanisa imigudu yomoya.
②.Ibhokisi yoxinzelelo lwe-static inokukhethwa kuyo: ipleyiti yensimbi epholileyo kunye ne-304 yensimbi engenasici.
③.I-flange inokukhethwa: i-square okanye ukuvulwa okujikelezayo ukuququzelela imfuno yoxhumo lombhobho womoya.
④.I-diffuser plate ingakhethwa: i-cold-rolled steel plate kunye ne-304 yensimbi engenasici.
⑤.Isihluzi se-hepa sikhona kunye okanye ngaphandle kwezahlulo.
⑥.Izincedisi ozikhethelayo kwibhokisi ye-hepa: umaleko wokugquma, ivalve yokulawula umthamo womoya womoya, umqhaphu wokufakelwa, kunye nezibuko lovavanyo lwe-DOP.
Ixesha lokuposa: Sep-18-2023