Iinkqubo zokuhambisa i-vacuum zeempuphu kunye nezinto ezinzima ukuthuthwa ziquka indawo yokuqala kunye nendawo yokugqibela, kwaye iingozi kufuneka ziphetshwe endleleni. Nazi iingcebiso ezili-10 zokuyila inkqubo yakho ukuze ikwazi ukunyusa intshukumo kwaye inciphise ukuvezwa kothuli.
Itekhnoloji yokuhambisa i-vacuum yindlela ecocekileyo, esebenzayo, ekhuselekileyo nesebenzisekayo yokuhambisa izinto kumzi-mveliso. Idityaniswe ne-vacuum conveyor powders kunye nezinto ezinzima ukuzihambisa, ukuphakamisa ngesandla, ukunyuka izinyuko ezineengxowa ezinzima kunye nokulahla inkunkuma engcolileyo kuyasuswa, ngelixa kuthintela iingozi ezininzi endleleni. Funda ngakumbi malunga neengcebiso ezili-10 eziphambili ekufuneka uziqwalasele xa uyila inkqubo yokuhambisa i-vacuum yee-powders zakho kunye nee-granules. Ukuzilawula ngokuzenzekelayo iinkqubo zokuphatha izinto ezininzi kwandisa intshukumo yezinto kwaye kunciphisa ukuvezwa kothuli kunye nezinye iingozi.
Ukuhambisa i-vacuum kulawula uthuli ngokuphelisa ukukhapha nokulahla ngesandla, ukuhambisa umgubo kwinkqubo evaliweyo engenalo uthuli olubalekayo. Ukuba kukho ukuvuza, ukuvuza kungaphakathi, ngokungafaniyo nenkqubo yoxinzelelo oluhle oluvuza ngaphandle. Kwi-dilute phase vacuum conveyor, izinto zifakwa kumjelo womoya kunye nomlinganiselo ohambelanayo womoya kunye nemveliso.
Ulawulo lwenkqubo luvumela ukuba izinto zihanjiswe kwaye zikhutshwe xa zifunwa, zilungele ukusetyenziswa okukhulu okufuna ukufuduswa kwezinto ezinkulu ezivela kwizikhongozeli ezinkulu ezifana neengxowa ezinkulu, iitoti, iimoto zikaloliwe kunye neesilo. Oku kwenziwa ngoncedo oluncinci lwabantu, okunciphisa utshintsho rhoqo kwizikhongozeli.
Amanqanaba aqhelekileyo okuhambisa kwisigaba sokucofa anokuba phezulu njenge-25,000 lbs/hr. Imigama eqhelekileyo yokuhambisa ingaphantsi kweenyawo ezingama-300 kwaye ubungakanani bemigca bufikelela kwi-6 intshi ububanzi.
Ukuze uyile ngokufanelekileyo inkqubo yokuhambisa umoya, kubalulekile ukuchaza ezi ndlela zilandelayo kwinkqubo yakho.
Njengenyathelo lokuqala, kubalulekile ukufunda ngakumbi ngomgubo othuthwayo, ingakumbi ubuninzi bawo. Oku kudla ngokuchazwa ngeepawundi nge-cubic foot (PCF) okanye iigram nge-cubic centimeter (g/cc). Le yinto ebalulekileyo ekubaleni ubungakanani be-vacuum receiver.
Umzekelo, iipowder ezikhaphukhaphu zifuna ii-receiver ezinkulu ukuze zigcine izinto zingangeni emoyeni. Ubuninzi bezinto ezibonakalayo bukwayinto ebalulekileyo ekubaleni ubungakanani bomgca wokuhambisa, nto leyo emisela i-vacuum generator kunye nesantya sokuhambisa. Izinto ezinobunzima obuphezulu zifuna ukuthunyelwa ngokukhawuleza.
Umgama wokuhambisa uquka izinto ezithe tye nezithe nkqo. Inkqubo eqhelekileyo ethi “Up-and-In” inika ukuphakanyiswa ngokuthe nkqo ukusuka kumgangatho womhlaba, isiwe kwi-receiver nge-extruder okanye i-loss-in-weight feeder.
Kubalulekile ukwazi inani leengqiniba ezisweyiweyo ezingama-45° okanye ezingama-90° ezifunekayo. “I-Sweep” idla ngokubhekisa kwirediyasi enkulu esembindini, idla ngokuphindwe ka-8-10 ubukhulu betyhubhu ngokwayo. Kubalulekile ukukhumbula ukuba ingqiniba enye esweyiweyo ilingana ne-20 feet ye-45° okanye i-90° linear pipe. Umzekelo, ii-20 feet ngokuthe nkqo kunye ne-20 feet ngokuthe tye kunye nee-90 degrees elbows ezimbini zilingana nomgama we-80 feet ubuncinane.
Xa ubala amazinga okuhambisa, kubalulekile ukuqwalasela ukuba zingaphi iipawundi okanye iikhilogram ezithunyelwayo ngeyure. Kwakhona, chaza ukuba inkqubo iyaqhubeka okanye iyaqhubeka.
Umzekelo, ukuba inkqubo ifuna ukukhupha iikhilogram ezingama-2,000/iyure. imveliso, kodwa ibhetshi ifuna ukukhupha iikhilogram ezingama-2,000 rhoqo ngemizuzu emi-5. Iyure e-1, nto leyo elingana neekhilogram ezingama-24,000/iyure. Lo ngumahluko weekhilogram ezingama-2,000 kwimizuzu emi-5. Ngeekhilogram ezingama-2,000 kwimizuzu engama-60. Kubalulekile ukuqonda iimfuno zenkqubo ukuze ukwazi ukwenza ubungakanani obufanelekileyo benkqubo ukuze kuchongwe izinga lokuhanjiswa.
Kwishishini leplastiki, kukho iipropati ezininzi ezahlukeneyo zezinto ezisetyenziswa ngobuninzi, iimilo kunye nobukhulu bamasuntswana.
Xa ulinganisa i-receiver kunye nee-filter assemblies, nokuba yi-mass flow okanye i-funnel flow distribution, kubalulekile ukuqonda ubungakanani bee-particle kunye nokusasazwa kwazo.
Ezinye izinto ekufuneka ziqwalaselwe ziquka ukumisela ukuba izinto ezisetyenziswayo ziyakhululeka, ziyarhabaxa, okanye ziyatsha; nokuba zi-hygroscopic; nokuba ingaba kukho imiba yokuhambelana kweekhemikhali kwiipayipi zokudlulisa, ii-gasket, izihluzi, okanye izixhobo zokusebenza. Ezinye iimpawu ziquka izinto “ezinomsi” ezifana ne-talc, ezinomxholo ophezulu “ocolekileyo” kwaye zifuna indawo enkulu yesihluzo. Kwizinto ezingakhululekanga ezihambayo ezinee-engile ezinkulu zokuphumla, kufuneka izinto ezikhethekileyo ekufuneka ziqwalaselwe kuyilo lwesamkeli kunye nevalvu yokukhupha.
Xa uyila inkqubo yokuhambisa i-vacuum, kubalulekile ukuchaza ngokucacileyo indlela eza kwamkelwa ngayo kwaye ingeniswe ngayo kwinkqubo. Zininzi iindlela zokungenisa izinto kwinkqubo yokuhambisa i-vacuum, ezinye zisebenza ngesandla, ngelixa ezinye zilungele ngakumbi ukwenza izinto ngokuzenzekelayo - zonke zifuna ingqalelo kulawulo lothuli.
Ukuze kulawulwe uthuli oluphezulu, isixhobo sokukhupha ingxowa enkulu sisebenzisa umgca wokuhambisa i-vacuum ovaliweyo kwaye isikhululo sokulahla ingxowa sidibanisa isixhobo sokuqokelela uthuli. Izinto zithuthwa ukusuka kwezi mithombo ngokusebenzisa izixhobo zokwamkela izihluzi zize zisetyenziswe.
Ukuze uyile ngokufanelekileyo inkqubo yokuhambisa i-vacuum, kufuneka uchaze inkqubo ephezulu yokubonelela ngezinto. Fumanisa ukuba izinto zivela kwi-feeder yokunciphisa ubunzima, i-feeder ye-volumetric, i-mixer, i-reactor, i-extruder hopper, okanye nasiphi na esinye isixhobo esisetyenziselwa ukuhambisa izinto. Zonke ezi zinto zichaphazela inkqubo yokuhambisa.
Ukongeza, ukuphindaphindeka kwezinto eziphuma kwezi zikhongozeli—nokuba zibhetshi okanye ziyaqhubeka—kuchaphazela inkqubo yokuhambisa kunye nendlela eziziphatha ngayo izinto xa ziphuma kwinkqubo. Ngamafutshane, izixhobo eziphuma phezulu zichaphazela izixhobo eziphuma phantsi. Kubalulekile ukwazi yonke into malunga nomthombo.
Oku kubaluleke kakhulu xa kufakwa izixhobo kwizityalo ezikhoyo. Into enokuba yenzelwe ukusebenza ngesandla isenokungabi nendawo eyaneleyo yenkqubo ezenzekelayo. Kwanenkqubo encinci yokuhambisa umgubo ifuna ubuncinane ii-intshi ezingama-30 zegumbi eliphezulu, ngenxa yeemfuneko zokugcinwa kokufikelela kwisihluzo, ukuhlolwa kwevalvu yokukhupha amanzi, kunye nokufikelela kwezixhobo ngaphantsi kwe-conveyor.
Ii-aplikeshini ezifuna amandla aphezulu kunye ne-headroom enkulu zingasebenzisa ii-filterless vacuum receivers. Le ndlela ivumela ukuba uthuli olufakwe ngaphakathi ludlule kwi-receiver, oluqokelelwa kwenye i-ground filter container. I-scaling valve okanye inkqubo yoxinzelelo oluhle nayo inokuba yinto ekufuneka iqwalaselwe kwiimfuno ze-headroom.
Kubalulekile ukuchaza uhlobo lomsebenzi owuphakelayo/ozalisa kwakhona – ibhetshi okanye eqhubekayo. Umzekelo, i-conveyor encinci ekhupha kwi-buffer bin yinkqubo yebhetshi. Fumanisa ukuba ibhetshi yezinto ezisetyenzisiweyo iya kwamkelwa na kwinkqubo nge-feeder okanye i-intermediate hopper, kwaye ukuba inkqubo yakho yokuhambisa izinto ingakwazi na ukumelana nokunyuka kwezinto.
Okanye, i-vacuum receiver ingasebenzisa i-feeder okanye i-rotary valve ukulinganisa izinto ngqo kwinkqubo—oko kukuthi, ukuhanjiswa okuqhubekayo. Kungenjalo, izinto zinokudluliselwa kwi-receiver kwaye zilinganiswe ekupheleni komjikelo wokuhambisa. Ii-extrusion applications zihlala zisebenzisa i-batch kunye nemisebenzi eqhubekayo, zondla izinto ngqo emlonyeni we-extruder.
Izinto zejografi kunye nomoya zizinto ezibalulekileyo ekufuneka ziqwalaselwe kuyilo, ingakumbi apho ukuphakama kudlala indima ebalulekileyo ekulinganiseni ubungakanani benkqubo. Okukhona ukuphakama kuphezulu, kokukhona kufuneka umoya omninzi ukuhambisa izinto. Kwakhona, cinga ngeemeko zendalo zezityalo kunye nolawulo lobushushu/lomswakama. Iipowder ezithile ze-hygroscopic zinokuba neengxaki zokukhupha umoya ngeentsuku ezimanzi.
Izinto zokwakha zibalulekile kuyilo nomsebenzi wenkqubo yokuhambisa i-vacuum. Ingqwalasela ikwiindawo zokudibanisa imveliso, ezidla ngokuba zezesinyithi - akukho plastiki isetyenziselwa ulawulo olungashukumiyo kunye nezizathu zongcoliseko. Ngaba izinto zakho zenkqubo ziya kudibana nentsimbi yekhabhoni egqunyiweyo, intsimbi engatyiwayo okanye i-aluminium?
Intsimbi yekhabhoni iyafumaneka kwiingubo ezahlukeneyo, kodwa ezi ngubo ziyawohloka okanye ziwohloke xa zisetyenziswa. Kwinkqubo yeplastiki ekumgangatho wokutya neyezonyango, intsimbi engatyiwayo engama-304 okanye engama-316L lukhetho lokuqala - akukho ngubo ifunekayo - enomgangatho othile wokugqiba ukuze kube lula ukucoca nokuthintela ungcoliseko. Abasebenzi bolondolozo kunye nolawulo lomgangatho baxhalabile kakhulu ngezinto zokwakha izixhobo zabo.
I-VAC-U-MAX ngumyili ophambili kwihlabathi kunye nomvelisi weenkqubo zokuhambisa i-vacuum kunye nezixhobo zokuxhasa ukuhambisa, ukulinganisa kunye nokulinganisa iipowders kunye nezinto ezininzi ezingaphezulu kwe-10,000.
I-VAC-U-MAX ineenombolo zokuqala, kuquka uphuhliso lwe-venturi yokuqala ye-pneumatic, eyokuqala ukuphuhlisa iteknoloji yokulayisha ngokuthe ngqo kwizixhobo zenkqubo ezinganyangekiyo nge-vacuum, kunye neyokuqala ukuphuhlisa i-receiver yezixhobo ze-"tube hopper" ezithe nkqo eludongeni. Ukongeza, i-VAC-U-MAX yaphuhlisa i-vacuum yokuqala yezimboni eqhutywa ngomoya ehlabathini ngo-1954, eyayenziwe ngeedrama ezingama-55 zeelitha zokusetyenziswa kothuli olunokutsha.
Ngaba ufuna ukufunda okungakumbi malunga nendlela yokuthutha iipowders ezinkulu kwisityalo sakho? Ndwendwela i-VAC-U-MAX.com okanye utsalele umnxeba ku-(800) VAC-U-MAX.