Umgca wendibano ecocekileyo, ekwabizwa ngokuba yi-URRA-HOLD LOMGCINT, iqokelelwe kwiklasi ye-100 ye-Laminar ye-Laminali ecocekileyo. Ingaza kufezekiswa ngohlobo lwesakhelo oluphezulu olugqunywe nge-goods floods floods. Yenzelwe iimfuno zokucoceka ezikwindawo esebenza kwiindawo ezisebenza zanamhlanje ezifana ne-aptoelectronics, i-biopharmaruticals, iimvavanyo zophando zesayensi kunye nezinye iinkalo. Umgaqo wayo wokuSebenza kukuba umoya uphoselwe ukusetyenziswa fan fanrifugal fan, ingenzi isihluzi se-HEPA sokuhamba ngebhokisi yoxinzelelo, kwaye i-moya efihlakeleyo ifikelela kwi-Cardlity Calliness Ukuqinisekiswa kokuchaneka kwemveliso kunye nokucoceka kwendalo.
Umgca wendibano ecocekileyo ecocekileyo yahlulwe yahlulwa kwindibano yokuhamba ecocekileyo ye-Ultra ecocekileyo (i-versical ecocekileyo yeBiction) kunye nokuhamba kwendibano ecocekileyo ye-Ultra ecocekileyo (i-Bench ecocekileyo icocekile) ngokwendlela yokuhamba komoya.
Imigca yemveliso ecocekileyo ethe nkqo isetyenziswa ngokubanzi kwiindawo ezifuna ukuhlanjululwa kwelabhoratri, i-biophapharmacegical, i-Opphermactronic Mbekithi, i-videoelectronics, i-videoelectronics, i-videoelectronic imveliso ye-Optoelect Ibhentshi engathethekiyo engacocekanga inoncedo lococeko oluphezulu, unokudityaniswa kumgca wemveliso yeNdibano, ingxolo ephantsi, kwaye iyashukuma.
Amanqaku omgca wemveliso ecocekileyo
1. I-fan yamkela i-Ebm ye-EBM eNgingqi yokuqhuba i-Ebm ye-Ebm ye-Centrifugal, enemilinganiselo yobomi obude, ingxolo ephantsi, isondlo, kunye nokulungiswa okuncinci, kunye nokulungiswa kwesantya esincinci. Ubomi bokusebenza bungaphezu kweeyure ezingama-30000 okanye ngaphezulu. Umsebenzi wesantya sokusebenza wakhawuleza uzinzile, kwaye ivolumu yomoya isenokuqinisekiswa ukuba iguqukelwe ngaphandle kokuchasana kokugqibela kwe-slitter.
2. Sebenzisa i-Ultra-Medi Pest Alters ukunciphisa ubungakanani bebhokisi yoxinzelelo, kwaye usebenzise i-stailight yentsimbi kunye neglasi yentsimbi ukuze ibonakale isitulo kwaye iqaqambile.
I-3. Ixhotywe nge-DWyer yoxinzelelo lwe-DWyer ye-DWyer ukuze ibonise ngokucacileyo umahluko kumacala omabini e-HEPA kwaye ukhumbuze ngokukhawuleza ukuba uthathe indawo ye-hep.
4. Sebenzisa inkqubo yokubonelela ngomoya ukuba ihlengahlengise i-velocity yomoya, ukuze i-velocity yomoya kwindawo yokusebenza ikwimeko efanelekileyo.
5. I-5. Ixabiso elifanelekileyo lokuphazamiseka komthamo womoya unokuzikhusela ngcono i-HEP TOLter Filter kwaye iqinisekise ukuba umoya womoya.
I-6.
7. Ngaphambi kokuba uphume kumzi-mveliso, iimveliso zihlonitshwe ngokungqongqo
8. Ilungele ngokukodwa kwindibano kwimigca yemveliso ye-Ultra. Inokucwangciswa njengeyunithi enye ngokweemfuno zenkqubo, okanye iiyunithi ezininzi zingadityaniswa nothotho lokwenza umgca wendibano weklasi ezili-100.
Iklasi ye-100 yenkqubo yokungasebenzi
1.1 Umgca wemveliso u-Ultra ococekileyo usebenzisa inkqubo ye-Inlet ye-Inlet, ukubuya kwenkqubo yomoya, ukuzodwa kunye nezinye izixhobo ukuthintela ungcoliseko lwangaphandle ukuba lungeniswe kwindawo yeklasi ye-100 yokusebenza. Kuyadingeka ukuba uxinzelelo oluhle lokugcwalisa kunye nendawo ye-capping inkulu kuneyona ndawo yokuhlamba ibhotile. Okwangoku, amaxabiso okubeka kwezi ndawo zimbini zezi zilandelayo: Ukugcwalisa kunye nendawo ye-Caphu: i-12PA, indawo yokuhlamba ibhotile: i-6pa. Ngaphandle kokuba kunyanzelekile, musa ukucima fan. Oku kunokubangela ungcoliseko lwendawo yokuphuma kwe-HAPA kwaye kuzisa iingozi zentsholongwane.
1.2 Xa isantya se-frequency yokuguqula yokuguqula esigcwalisa okanye indawo ye-capping ifikelela kwi-100% kwaye ayinakufikelela kwixabiso loxinzelelo, inkqubo iya kuvusa kwaye iqhubele phambili yokutshintsha icebo lokucoca i-hep.
1.3 Iklasi yegumbi eli-1000 ecocekileyo yegumbi: Uxinzelelo olululo lwegumbi lokugcwalisa kweklasi i-1000 kufuneka lulawulwe kwi-15PA, ingcinezelo efanelekileyo kwigumbi lokulawula ilawulwa kwi-10PA, kunye nokugcwalisa igumbi liphezulu kunolawulo lwegumbi.
1.4 Ulondolozo lwefiltha eyintloko: Faka endaweni yesihluzi esiphambili kube kanye ngenyanga. Iklasi ye-100 yokugcwalisa i-100 ineefilthari eziziiprayimari kunye ne-DEPA. Ngokubanzi, umva wefiltha oyintloko ihlolwa veki nganye ukuze ubone ukuba iyamdaka. Ukuba imdaka, kufuneka itshintshwe.
1.5 Ukufakwa kwe-Hea Slitter: Ukuzaliswa kwe-Shitha ye-HEPA kuchanekile. Ngexesha lokufakwa kunye nokutshintshwa, lumka ungachukumisi iphepha lokucoca kunye nezandla zakho (iphepha lokucoca liphepha lefibuthe leglasi, kwaye kulula ukuqhekeza), kwaye unikele ingqalelo ekukhuseleni umtya wokutywina.
1.6 Ukufunyanwa okuvunyiweyo kwe-HEP Thomitha: Ukuvunywa kwe-leak yefilitha ye-HEP kuhlala kwenziwa kanye emva kweenyanga ezintathu. Ukuba ukungasebenzi kakuhle eluthulini kunye nemicroorganisosm kwindawo ye-100 ifunyenwe, icebo leefilitha le-HEP kufuneka livavanywe. Iifilitha ezifunyenwe ukuba zivuza kufuneka zitshintshwe. Emva kokutshintshwa, kufuneka bavavanywe ukuvuza kwakhona kwaye banokusetyenziswa kuphela emva kokupasa uvavanyo.
1.7 Ukutshintshwa kwe-Hepa Filter: Ngokwesiqhelo, icebo le-HAP litshintshwa qho ngonyaka. Emva kokutshintsha icebo le-HAPA elitsha, kufuneka iphinde ivavanywe, kwaye imveliso ingaqala kuphela emva kokuphumelela uvavanyo.
1.8 Ulawulo lwe-phact phact lomoya: Umoya kwi-duct huct ichithwe ngamanqanaba amathathu eeprayimari, ephakathi kunye ne-hepa. Isiciko esiphambili sihlala sithatyathwa kanye ngenyanga. Jonga ukuba umva wefilimu oyintloko uyimpunge iveki yonke. Ukuba imdaka, kufuneka itshintshwe. Isihluzo esiphakathi sihlala sithatyathelwa indawo emva kweenyanga ezintandathu, kodwa kuyimfuneko ukuba itywina liqinile inyanga nenyanga ukuthintela isihluzo esibonakalayo ngenxa yokutywina okukhulu kunye nokwenza umonakalo ekusebenzeni kakuhle. Iifilitha ze-HEPA zihlala zitshintshwa kube kanye ngonyaka. Xa umatshini wokugcwalisa uyeka ukuzalisa kwaye ucoce, i-fact ye-duct fan ayinakuvalwa ngokupheleleyo kwaye kufuneka isebenze kwi-frequency ephantsi ukugcina uxinzelelo oluthile.
I-Post Time: Dec-04-2023