Kule mihla, uninzi lwe-laser cute iipleyiti ezincinci zilayishwa ikakhulu kukuphakamisa incwadana yemigaqo, ubuncinci abantu abathathu abafuna ukuphakamisa iipleyiti ezinama-3m ubude, i-1.5m ububanzi, kunye ne-3mm. Kwiminyaka yakutshanje, iindlela zencwadi ezincediswayo zikhutshiwe, ngokuxhaphakileyo zisebenzisa indlela yokuphakamisa + yendebe ye-vacuum ye-vacuum ye-vacuum kwaye ihlalutya i-vacuum yeendebe, ithemba ngokufutshane abasebenzisi beentsimbi benokuqonda olu lwazi.
Umgaqo woXabiso lweVenkile yokuFumaneka
Iindebe zokuFumakanyiswa kweVenkile ixhomekeke kwi-vacuum uxinzelelo lokufumana kwaye uliqonde i-temp yesinyithi. Umphezulu weBhodi usicaba, kwaye umphandle wekomityi yekomityi ithambile kwaye uthambile, onokuthi ulandelwe kwiBhodi. Xa impompo yokuphumla isetyenziselwa ukuya kwi-vacuum, i-vacuum iveliswe kumgaqo wangaphakathi wekomityi, esenza uxinzelelo lwevacus engalunganga. Ukunyanzelwa komsebenzi wekomityi ye-vacuum kuhambelana noxinzelelo (isidanga sokuphumla, umahluko phakathi kwekomityi) kunye nendawo yekomityi ye-fickoum, kokukhona umkhosi omkhulu we-vacuum, kokukhona umkhosi omkhulu wokunyanzelwa; Ubungakanani bendebe yekomityi, eyona nto iphambili.
UKhuseleko lweSynamic
Ngokwedatha evavanywe ziinkampani ze-vacum zangaphandle, inqwalaselo yokhuseleko eveliswe ngoxinzelelo oluqhelekileyo lombane kufuneka ukuba iphindwe kabini. Ukuqinisekisa ukhuseleko, inkampani yethu ibala amandla e-theoretical yekomityi kwaye ibeka uxinzelelo olukhuselekileyo phantsi kwemeko ye-60%, kwaye emva koko yahlula-hlula nge-2 amandla okhuseleko olukhuselekileyo.
Impembelelo yeNdebe yeNdlu yokuFunda kunye neSheet
1. Kuyimfuneko ukucoca rhoqo umphezulu wekomityi yekomityi Ukuba kukho imfuneko, ithathe indawo yendebe yekomityi kunye entsha. Ngapha koko, iinkampani ezininzi zisebenzisa iikomityi zokunikezelwa ezingakhuselekanga kwaye ziyingozi.
2. Xa umphezulu weBhodi uqhutywa kakhulu kwaye ungalingani, into yokhuseleko kufuneka inyuswe, kungenjalo ayinakuthathwa ngokuqinileyo. Ukuphendula kule meko, inkampani yethu isebenzise kwakhona inkqubo ye-hook ekhawulezayo, nge-4 i-4 i-4 i-4 i-4 icwangciswe ngokungekho mthethweni kwiziphelo zomibini umnqamlezo. Le nkqubo isetyenziswa kwiimeko ezimbini: Izinto ziya kulayishwa kwakhona xa amandla evuliwe; Xa iBhodi irhabaxa okanye ubukhulu bungaphezulu kwe-10mm, sebenzisa ikomityi yokuzibandakanya ukuyiphakamisa, kwaye emva koko qhoboshele i-famom yedayimane ukuqinisekisa ukhuseleko nokhuseleko.
Impembelelo yomthombo wamandla okuphumla kwi-vacuum uxinzelelo
I-vacuum yekhephu yekomityi yekomityi yendlela encedisayo yokondla, ekufuneka kuqinisekiswe ukhuseleko lwabasebenzi. Inqanaba lokuphumla lomvelisi we-vacuum liphantsi kunelo lempompo yevacu, ke impompo yevacumu ihlala isetyenziswa njengomthombo woxinzelelo lwe-vacuum, okhuselekileyo. Iinkampani zenkqubo yokutyisa abaziingcali zezondla azisebenzisi iiverakhi ze-vacuum, kwaye enye into ibangelwa yimfuneko yerhasi ephezulu. Ezinye iifektri zinemithombo engonelanga okanye engazinzanga yegesi, kwaye ulungiselelo lwemibhobho yegesi nayo lungasebenzi.
Kukwakhona iintlobo ezimbini zempompo ze-vacuum, enye isebenzisa umbane wesithathu / wesibini, ekufuneka iqhagamshelwe kwibhokisi yombane kwindibano yombane webhokisi yombane. Ukuba ukuqhuba kwendawo yomthengi kuphakamile kwaye akulunganga ukudibanisa ibhetri, banokusebenzisa i-diaphragm impompo kwaye basebenzise ibhetri ye-12V ukuba bahlawule, kwaye bahlawule ibhetri rhoqo.
Ngokusekwe kule meko ingentla, sinokushwankathela esi sigqibo silandelayo: Incinci yokungcungcutheka kweBhodi, ikhuselekile. Nceda ukhethe i-vacum yerobhothi enciphisa ukungcungcutheka; Umgangatho ophantsi komgangatho weBhodi, ukhuseleke kancinci kuya kuba kukufumana. Nceda ukhethe i-vaculator ye-vacuum ngenkqubo ephezulu yokhuseleko; Ikomityi ye-curtion iqhekekile okanye umphezulu womlomo ubumdaka kakhulu, kwaye ayinakuphela. Nceda unikezele ekuhlolweni. Umthombo we-vacuum womthombo wamandla ombane yinto ebalulekileyo echaza uxinzelelo lwe-vacuum, kwaye indlela impompo yevacumu ivele i-vacuum ikhuselekile.
IXESHA LOKUQALA: APR-20-2023