Qaphela: Idatha ekulesi sihloko ingeyereferensi kuphela
1. Izingxenye ze-Rotor
Ingxenye ye-rotor iqukethe i-rotor esebenzayo (i-rotor yesilisa), i-rotor eqhutshwayo (i-rotor yesifazane), i-main bearing, i-thrust bearing, i-bearing gland, i-balance piston, i-balance piston sleeve nezinye izingxenye.
2. Izehlakalo ezijwayelekile zamaphutha e-yin ne-yang
① Ukuguga okuvamile kwemishini
Ukuguguleka kobubanzi bangaphandle beziteshi zegiya ze-yin ne-yang ze-rotor;
Ukuguga nokudabuka okuvamile kwesilinda se-rotor.
② Umonakalo owenziwe ngumuntu
Ukuklwebheka kububanzi bangaphandle bezindlela zamazinyo ze-Yin ne-Yang rotor;
Ukuklwebheka kusilinda se-rotor;
Uhlangothi lwezembozo zokungenisa i-rotor kanye nezembozo zokukhipha umoya luklwebhekile;
Ukuguguleka kwama-input kanye nama-exhaust end bearing kanye nokuguguleka kwesiyingi sangaphakathi sesembozo se-bearing end;
Ukuguguleka kobubanzi bomgodi endaweni yokubeka i-rotor;
Iziphetho zomgodi wama-rotor e-yin ne-yang zikhubazekile.
③ Izingxenye ezijwayelekile eziphukile noma ezinamathele
Ukuklwebheka nokuvaleka (ukuvaleka) phakathi kwama-rotor e-Yin ne-Yang;
Phakathi kobubanzi bangaphandle be-rotor nodonga lwangaphakathi lomzimba;
Phakathi kobuso bokuphela kokukhipha umoya be-rotor kanye nesihlalo sokuthwala umoya;
Phakathi kwejenali ekugcineni kokumunca kwe-rotor kanye nomgodi womgodi womzimba;
Phakathi kwejenali ekugcineni kokukhipha umoya kwe-rotor kanye nomgodi womgodi wesihlalo sokuthwala umoya.
3. Imbangela yokwehluleka
① Isici sesihlungi somoya asishintshwa ngesikhathi, okuholela ekungenisweni komoya okungekuhle kanye nokuguguleka okukhulu kwe-rotor; ukusetshenziswa okuxubile kwamafutha okugcoba ezinhlobo ezahlukene kuvame ukuholela ekuthinteni nasekugugeni kwe-rotor;
②Uhlobo lwamafutha e-compressor asetshenziswayo alufaneleki noma alushintshwa ngesikhathi njengoba kudingeka. Ukungcola okukuwoyela kudlula izinga elijwayelekile, okubangela imihuzuko ku-rotor kanye nesilinda;
③ Izinga lokushisa lokukhipha umoya liphansi kakhulu ngesikhathi sokusebenza, okubangela umswakama ku-oyili negesi ukuba uphakame kakhulu. Ukusebenza kwesikhathi eside kuzokwenza ukuthi uwoyela uxubane, okuholela ekusebenzeni kwesikhathi eside futhi ama-inlet kanye nama-end bearings ngeke agcotshwe kahle ngesikhathi sokuzungeza kwesivinini esikhulu kanye nomthwalo osindayo. Umonakalo wokushisa uzokwenza ukuthi i-rotor ibambe, iguquke futhi ibambeke;
④Ukuguqulwa kwekhanda lomgodi wokuphela kwe-rotor drive ngenxa yokususwa kwe-meshing kwegiya lokuxhuma i-drive noma ukwehluleka kokuxhumeka kwekhiya;
⑤ Umonakalo ongajwayelekile obangelwa ikhwalithi yamabhereyi.
Ukungasebenzi kahle okungenhla kweama-compressor omoyangokuvamile kubangelwa abantu. Emsebenzini wokulungisa wansuku zonke, uma nje izinqubo zokusebenza nokulungisa zilandelwa ngokucophelela, ukwehluleka okungenhla kungagwenywa ngokuphelele.
Ngamafuphi, amajenali okugcina ukumunca kanye nokukhipha umoya we-screw compressor rotor asekelwa ama-bearings emzimbeni we-compressor kanye nesihlalo se-exhaust bearing ngokulandelana. Uma i-coaxiality yomzimba we-compressor, isihlalo se-exhaust bearing, kanye ne-rotor kungenxa yokucubungula noma ukuhlanganiswa kwemishini, Uma izidingo zomklamo zingahlangatshezwanga, kuzoholela kalula ekuklwebhekeni phakathi kwama-rotor, i-rotor nomzimba, i-rotor nezinye izingxenye, noma i-rotor ibambeke. Ngokuvamile, isidingo se-coaxiality phakathi kwembobo yomgodi kanye negumbi lokucindezela i-rotor singaphakathi kuka-0.01 ~ 0.02mm.
Isikhala phakathi kwezingxenye ekamelweni lokucindezela leisikulufa se-compressorngokuvamile kulinganiswa ngocingo noma nge-mm. Izingxenye ekamelweni lokucindezela zihambisana ngokuguquguqukayo. Uma inani lokuvula eliklanywe kahle lincane kakhulu, lihambisana nephutha enqubweni yokukhiqiza, i-rotor izolimala kalula. Iphukile noma inamathele. Isikhala phakathi kwe-rotor nomzimba ngokuvamile singaba ngu-0.1mm, kanti isikhala phakathi kobuso bokuphela kokukhipha kwe-rotor nesihlalo sokuthwala i-exhaust singu-0.05~0.1mm.
Ngesikhathi senqubo yokudilizai-compressor, ngoba i-bearing kanye ne-rotor shaft kufanelana kahle, uma amandla okudiliza emakhulu kakhulu, kuzobangela ukuguquka kwezingxenye futhi i-coaxiality yezingxenye ngokwazo izoncipha.
Ngemva kwe-i-compressorUma ihlanganisiwe, kubalulekile ukuhlola ukuhlangana kwe-assembly iyonke. Uma ukuhlangana kwe-assembly kungasakwazi ukubekezelela, kuzobangela imihuzuko phakathi kwezingxenye noma i-rotor izonamathela.
4. Izingozi kanye nokutholakala komonakalo we-rotor
Ngesikhathi sokusebenza okuvamile kwe-i-compressor yomoya,Uma kwenzeka umsindo ongajwayelekile, ukudlidliza okwandisiwe, izinga lokushisa eliphezulu lokukhipha umoya isikhathi eside, noma ukugcwala kwamandla kagesi, kumele kucinywe ukuze kuhlolwe ngokucophelela. Kufanele ugxile ekuhloleni ukuthi ama-air compressor bearings onakele yini nokuthi ukuphela komgodi we-rotor kukhubazekile yini.
Uma umonakalo kuma-bearing e-rotor-end ungatholakala ngesikhathi futhi umshini uvalwe ngokushesha, ama-bearing ngeke ashise futhi anamathele, futhi izingxenye ezinkulu zemishini ngeke zonakale.
Uma umonakalo we-bearing ye-rotor end ungatholakali ngesikhathi kanyeisicindezeli somoyaUma isebenza isikhathi eside, ukungqubuzana nokushelela kuzokwenzeka ngokuvamile phakathi kwendilinga yangaphakathi yebhereyi kanye nendawo yokufakwa kwebhereyitha ye-rotor. Ezimweni ezimbi kakhulu, indawo yokuthwala ye-rotor izoba luhlaza okwesibhakabhaka, ibe lukhuni futhi ibe ncane, noma kuzovela ukuphela kwe-rotor. Indilinga yangaphakathi yebhereyitha yesembozo iyanamathela, okwenza indilinga yangaphandle yebhereyitha ijikeleze, okwenza imbobo yokuthwala yesembozo sokugcina ikhule noma ingabi yindilinga. Kungase kwenzeke nokuthi umonakalo webhereyitha ubangele ngqo ukuthi i-rotor iguquke ngaphansi kwesenzo samandla aphezulu, kubhubhise i-rotor coaxiality.
Ukuhlolwa kwama-rotor e-yin ne-yang ngokuvamile kuncike ekugugeni nasekuklwebheni kwe-rotor. Ukuguguleka kwayo kwe-meshing akufanele kube ngaphansi kuka-0.5mm-0.7mm ububanzi. Indawo eklwejiwe akufanele ibe ngaphezu kuka-25mm², ukujula akufanele kube ngaphezu kuka-1.5mm, kanye nokungaguquguquki kokuphela komgodi we-rotor akufanele kube ngaphezu kuka-0.010mm.
Uma udinga ukuthenga i-air compressor, i-air compressor yethu yohlobo lwe-kaishan izoba yisinqumo sakho esihle. Nansi imininingwane yokuxhumana:
UWendy
E-Mail: wendy@shanxikaishan.com
Inombolo yocingo/i-WhatsApp: +86 18092196185
Isikhathi sokuthunyelwe: Okthoba-19-2023
