Amapharamitha womkhiqizo
Qaphela: Ububanzi bokugeleza etafuleni buchaza idatha ekalwa lapho okuphakathi “kungamanzi”.
Yamukela isivinini semoto esishintshashintshayo noma imvamisa isiguquli ukulungisa ibanga lejubane ukusuka ku-200 kuye ku-900 rpm. Lapho uhambisa uketshezi oluningi lwe-viscosity, amandla emoto kufanele akhuliswe. Imininingwane ekuleli fomu ingashintsha ngaphandle kwesaziso sangaphambilini. Amapharamitha afanele akhonjelwe kumkhiqizo uqobo onikeziwe.
Ukwakhiwa Komkhiqizo
Iphampu ye-Butterfly Rotor:
Ngenxa ye-butterfly rotor, inezinzuzo ezithile ekudluliseni izinto ze-viscosity ephezulu nezinto zokwakha eziqukethe izinhlayiya ezinkulu, futhi ingahambisa ngempumelelo izinto ezibukeka kahle.
I-Single Butterfly Lwalugobile Pump Pump:
Iphampu lenzelwe ngokukhethekile ukuthuthwa kwezinhlayiya ezinkulu eziqukethe izinto zokwakha. Isimo sayo esihlukile nefomu eligobile likwenza kube ukuphakama okungenakuqhathaniswa kwamanye amaphampu lapho kuthuthwa izinto ezinkulu zezinhlayiyana. Ingakugwema ngempumelelo ukwehlukana kwezinhlayiyana ngesikhathi senqubo yokudlulisa izinto, futhi iyiphampu ekhethwayo yokudlulisa izinto eziyimbudumbudu.
Ukukhethwa Kwesigaba Sokudlulisa:
● I-Motor + Fixed Ratio Reducer: le ndlela yokudlulisa ilula, ijubane le-rotor lihlala njalo, elinquma nokuthi izinga lokugeleza alilungiseki.
● Uhlobo lweMotor + Mechanical Friction Transless Transmission: lolu hlobo lokudlulisa lulungiswa ngesandla ukuze kutholakale isivinini esiguqukayo. Ibonakala nge-torque ephephile nethembekile, enkulu, ukugeleza okungaguquguquki okungenazinyathelo. Okubi ukulungiswa okungezona okuzenzakalelayo futhi okunzima kakhulu. Ijubane kufanele lilungiswe ngenkathi kusetshenzwa, futhi akumele lilungiswe ngaphansi kwesimo sokuma. Sicela ubheke kumiyalo yomkhiqizi yokusetshenziswa nokugcinwa kokucaciswa.
● I-Converter Motor + Converter: isivinini singalungiswa ngokuzenzakalela ngale ndlela, okusho ukuthi ukugeleza kungalungiswa ngaphandle kwesinyathelo. Inzuzo ukuthi izinga lokuzenzekelayo liphakeme futhi i-torque yesivinini esiphansi inkulu; Okubi ukuthi intengo ye-inverter iphakeme kakhulu. Sicela ubheke ibhukwana lemiyalo yomkhiqizi ukuthola imininingwane yesondlo.
Isimiso Esisebenzayo
Iphampu ye-rotor inama-rotor ahlehlisiwe amabili (amazinyo ama-2-4).
Lapho zijikeleza, kukhona ukuncela (i-vacuum) okwenziwe endaweni yokungena ukuze kumunce izinto ezizothuthwa.
Ama-rotor amabili ahlukanisa ikamelo le-rotor laba yizicucu eziningana eziningana.
Esikhaleni, basebenza nge-oda a → b → c → d.
Lapho ngisebenza ukubeka i-a, ikamelo kuphela ngigcwele abezindaba;
Endaweni b, ingxenye yesilinganiso iboshwe egumbini B;
Esikhundleni c, okuphakathi nakho kufakwe egumbini A;
Esikhundleni d, Igumbi B neGumbi A lixhumana neChamber II, kanti abezindaba badluliselwa esikhumulweni sokukhishwa.
Ngale ndlela, okuphakathi (okokusebenza) kuthunyelwa ngokuqhubekayo.
Le mpompo ye-cam lobe iyiphampu yokudlulisa enezinhloso eziningi esebenzisa ama-lobe amabili, ama-tri-lobe, uvemvane noma i-rotor yama-lobe amaningi. Njengempompo yokulethwa kwe-volumetric sanitary, inezici zejubane eliphansi, i-torque ephezulu yokukhipha, ukumelana nokushisa okuphezulu, ukumelana nokugqwala, njll. Isimiso saso sokusebenza esihlukile kanye nezici kufakwe ekudluliseni i-viscosity ephezulu, izinga lokushisa okuphezulu kanye nezinto ezonakalisayo. Inqubo yokuhambisa kwayo ibushelelezi futhi iyaqhubeka, futhi ingaqinisekisa ukuthi izakhiwo ezibonakalayo aziphulwa ngesikhathi senqubo yokudlulisa, futhi i-viscosity yezinto ezidluliswayo ingafika ku-1,000,000 CP.
Umbukiso Womkhiqizo
Izici zohlelo lokusebenza
Diliva Okuphezulu Kwe-viscosity Materials
Njengempompo enhle yokufuduka, inejubane eliphansi, i-torque ephezulu yokukhipha kanye nokumelana nokushisa okuphezulu, okwenza ikufanele ngokukhethekile ukuhambisa i-viscosity ephezulu nezinto zokushisa eziphakeme. Isimiso saso sokusebenza esihlukile esihlanganiswe nohlelo olunamandla lokushayela luqinisekisa ukuthi ipompo le-rotor lingakhipha idorque enamandla okushayela ngejubane eliphansi. Kuqinisekiswa ukuthi okokusebenza kudluliselwa ngokuqhubekayo futhi ngaphandle kokuma, nokuthi izakhiwo zalokho okuqukethwe azonakaliswa ngesikhathi senqubo yokudlulisa. Iphampu ingaletha imidiya ngama-viscosities kuze kufike ku-1000000CP.
Ukuhambisa Imidiya Emincane
Amapompo eRotor anenzuzo yokuqhathanisa lapho ethutha imidiya emincane ikakhulukazi, ikakhulukazi lapho kudingeka ukuthi kukhishwe okuncane okuncane ngaphandle kokushaywa. Uhlelo lokushayela olufakwe ipompo le-rotor lungasebenza ngejubane lokujikeleza eliphakeme lapho i-viscosity yento ezothuthwa incipha, futhi inani lokuvuza liyakhuphuka, liqinisekisa inani lokugeleza okukhiphayo njalo.
Izinto zenhlanzeko
Zonke izingxenye ezixhumana nalokhu kwenziwe ngensimbi engagqwali ehlangabezana nezindinganiso zenhlanzeko. Ifanele zonke izinhlelo zokuvikela ukungcola nokugqwala futhi isetshenziswa kakhulu ezimbonini zokudla, iziphuzo, ezemithi, zamakhemikhali nezinye.
Idizayini Yokuvala Ijacket
Ngokuya ngezidingo zezikhala zomsebenzi ezahlukahlukene, ijakhethi yokufaka ingangezwa kupompo le-rotor. Lesi sakhiwo singaqinisekisa ukuthi okokusebenza okulula ukuqiniswa ezingeni lokushisa eliphansi kugcinwa ekushiseni okungaguquki ngesikhathi senqubo yokuhamba, futhi akukho ukufinyela okwenzekayo.
Water Flushing uphawu lwemishini
Isakhiwo sophawu lomshini esinamanzi okugeza amanzi singanikezwa ukuvimbela okokuvula okokujiya ebusweni bokugcina besigxivizo semishini ngesikhathi senqubo yokudlulisa izinto eziphezulu ze-viscosity, ngaleyo ndlela kuthinte ukusebenza okujwayelekile kwemishini nokuqinisekisa ukusetshenziswa kwezimpawu zemishini izindawo ezinzima. impilo.
Azikho Izingxenye Zokugqoka Ngokombono
Iphampu ye-rotor ayinayo ingxenye yokugqoka ngesikhathi sokusebenza (ngaphandle kwezimpawu zemishini) ngokwethiyori. Zonke izingxenye ezixhumana nalokhu kwenziwe ngensimbi engagqwali. Ama-rotor agijima ngokuvumelanayo ngesikhathi sokusebenza, agcina igebe elithile phakathi komunye nomunye ngaphandle kokuxhumana, ngakho-ke akukho ukugqokwa kwemfundiso. Futhi ipompo le-rotor lingasebenza ezindaweni ezifika ku-220 degrees Celsius.
