I-FL Fluid Bed Granulator ene-Centrifugal Blower eqinisekisiweyo yi-ATEX. Hlangana ngokupheleleyo ne-FDA.
I-FL Fluid Bed Granulator ene-Centrifugal Blower eqinisekisiweyo yi-ATEX. Hlangana ngokupheleleyo ne-FDA.
Intshayelelo
I-FL fluid bed granulator sisixhobo esikumgangatho wamayeza esidibanisa imisebenzi yokuxuba, ukuxuba kunye nokomisa kwisakhiwo esihambelana ne-GMP, esingenasithuba sifileyo kunye neendawo ezikhazimlisiweyo, esisebenza phantsi koxinzelelo olubi lokuthintela. Isebenza kumayeza (kuquka i-TCM), ukutya kunye nokusetyenziswa kweekhemikhali.
Umgaqo womsebenzi
Isixhobo sokufaka ulwelo esiqulathe iyunithi ephambili, imodyuli yokutshiza, umoya ngaphakathivumelaimodyuli, imodyuli yokukhupha umoya, kunye nemodyuli yolawulo. Izinto zifakwa kwisikhongozeli semveliso. Umoya wenkqubo udlula kwi-filtration yokuqala, i-medium filtration, kunye ne-dehumidification(Ukhetho), ukufudumeza, kunye nokuhluzwa kwe-HEPA emoyenivumelaimodyuli ngaphambi kokungena kwiyunithi ephambili. Umoya opholileyo udlula kwipleyiti yokusasazwa komoya ukuze kufikelelwe kwisantya esifanayo sokwenziwa kolwelo. Ulwelo lwe-binder luhanjiswa ngepompo ye-peristaltic ukuze lutshize ii-nozzles, lufakwe i-atom, kwaye luhlala lugqunywe kwiisuntswana ezifakwe ulwelo ukukhuthaza ukuhlangana. Ukomisa ngaxeshanye ngomoya oshushu kwenza iigranules.
Ngexesha lokuxubana, umgubo ocolekileyo ofakwe emoyeni uhluzwa ngeengxowa zothuli kwimodyuli yokususa uthuli kwaye ukhutshwe ngemodyuli yokukhupha umoya. Emva kokuxubana, ukukhupha umoya kunokwenzeka ngokusebenzisa ukusebenza ngesandla, i-lifting-tilting granulator, okanye i-vacuum discharge ngoqhagamshelo oluvaliweyo nge-lifting vacuum granulator.
Iimbonakalo
1）Ukusebenzisa ulawulo lwe-PID ngeevalvu ezilinganayo ze-Siemens, ubushushu bomoya buyahlengahlengiswa ukusuka kwi-ambient ukuya kwi-120°C. Ngombane ozinzileyo kunye nemigibe efanelekileyo yomphunga, uzinzo lobushushu lugcinwa ngaphakathi kwe-±2°C ukusuka kwindawo ebekiweyo ukuthintela ukuguquguquka nokuphucula uzinzo lwemveliso.
2）Le nkqubo ifikelela kwi-11 g/kg yomswakama wokungena ngokusebenzisa i-coil dehumidification. Ivili le-desiccant elinokukhethwa linciphisa umswakama ukuya kwi-5–8 g/kg, kunye nokhetho lwevili elikhulu elifikelela kwi-3–4 g/kg.kunye no-dIinkqubo ze-ual-wheel zigcina umswakama ≤1 g/kg
3）Inkqubo yokuphatha umoya: Isihluzo esiqhelekileyo se-G4 pre-filter + isihluzo esiphakathi se-F8 + i-H13 HEPA (enezibuko lovavanyo lwe-DOP lokuvavanya ukuthembeka).
4）Iigeyiji zoxinzelelo ezahlukeneyo kwiifilitha eziphambili/eziphakathi zijonga ukuvaleka; Isignali ye-analog yoxinzelelo eyahlukileyo ye-HEPA iboniswa kwi-HMI.
5）Ivalvu elinganayo ilawula uxinzelelo olubi ukuthintela ukudilika kwebhedi.
6）Igumbi lokwandisa elithambileyo elineempumlo zokutshiza ezinobude obuninzi.
7）Ipleyiti yokusasaza elungiselelweyo iqinisekisa ukuhamba komoya okufanayo kunye nokusasazwa kobukhulu begranule.
8）I-PT ephuculweyoDIingxowa zesihluzi ezingashukumiyo ze-3D: Azinamatheli, zingena lula, ziyacoceka.
9）Umoya wokuqhuma obekwe phezulu ukhusela izinto ezinoxinzelelo oluphezulu.
10）Ukuhluzwa kothuli lwesibini: F9 ( F9+H13: ,F9+H14:
11）Isitshizi se-centrifugal esiqinisekisiweyo se-ATEX sigcina ukuhamba komoya/uxinzelelo oluzinzileyo
12）Ukucoca inkqubo ye-CIP onokukhethaIgumbi elisezantsi,isikhongozeli semveliso, i-fluidizedigumbi, kunye negumbi lokucoca.
13）Ukwenziwa ngokuzenzekelayo okuqhutywa yiresiphi kwimijikelo yemveliso/yokucoca eneeparamitha ezinokwenziwa ngokwezifiso.
14）Ulawulo lwegama lokugqitha olunemigangatho emihlanu: Umgcini/Umqhubi/Ingcali/Ulondolozo/Ulawulo.
15）Ukuchaneka kolawulo lokuhamba komoya: ± 5%; Ixhasa umkhondo wophicotho-zincwadi, ukuloga idatha, kunye nokuprinta.
16）Ukuchonga i-endpoint esekelwe kumswakama ukuze kufunyanwe i-granulation.
17）Ukuthobela i-CE (i-EU Machinery Directive 2006/42/EC).
Ulwakhiwo
Ipharamitha yobugcisa
