Yini ebangela ukuthi izinga lokushisa le-screw air compressor libe phezulu kakhulu?

1. Umthelela wokushisa okuphezulu kwe-ambient ku-screw air compressor ezicini ezimbili A: Uma izinga lokushisa liphakeme, umoya uba mncane (njengokusebenza kahle okuphansi kwe-air compressor ezindaweni ezinamathafa), okuholela ekunciphiseni ukusebenza kahle kwe-air compressor, okwenza i-air compressor ichithe isikhathi esiningi esimweni esilayishiwe futhi ithwale imithwalo eminingi, okuholela emoyeni ongenalutho. Uma ukushisa okuningi kukhiqizwa yi-compressor, kulapho izinga lokushisa le-air compressor kufanele libe phezulu. B: Ngokuvamile, lapho i-air compressor iklanywe, kuba nokushisa kwendawo yokusebenza okuklanyiwe (ama-degree angu-30-40), futhi izinga lokushisa eliphakeme kakhulu le-air compressor esebenza endaweni yokusebenza okuklanyiwe ngokuvamile liseduze nokushisa kokuvikela kwe-air compressor. Uma indawo ye-air compressor Uma izinga lokushisa liphakeme kunokushisa kwendawo yokusebenza okuklanyiwe, izinga lokushisa le-air compressor lizokhuphuka ukuze i-air compressor idlule ngisho nokushisa kokuvala kwe-air compressor, okuholela ekushiseni okuphezulu kwe-air compressor.

2. Uhlelo lwe-air compressor alunawo uwoyela Izinga likawoyela lomgqomo kawoyela negesi lingahlolwa. Ngemva kokuvalwa nokukhululeka kwengcindezi, lapho uwoyela wokugcoba ungashintshi, izinga likawoyela kufanele libe phezulu kancane kunophawu oluphezulu lwezinga likawoyela H (noma i-MAX). Ngesikhathi sokusebenza kwemishini, izinga likawoyela alikwazi ukuba ngaphansi kunophawu oluphansi lwezinga likawoyela L (noma i-MIX). Uma kutholakala ukuthi inani likawoyela alanele noma izinga likawoyela alikwazi ukubonwa, misa umshini ngokushesha bese ugcwalisa uphethiloli.

3. Ivalvu yokumisa uwoyela (ivalvu yokunquma uwoyela) ayisebenzi kahle Ivalvu yokumisa uwoyela ngokuvamile iyivalvu yesolenoid enezikhundla ezimbili enezikhundla ezimbili evame ukuvalwa, evulwa lapho iqala futhi ivalwa lapho ima, ukuze kuvinjelwe uwoyela osemgqonyeni kawoyela negesi ukuthi ungaqhubeki nokufutha ekhanda lomshini bese ufutha uphuma endaweni yokungena komoya lapho umshini umiswa. Uma ingxenye ingavulwanga ngesikhathi sokulayisha, injini eyinhloko izoshisa ngokushesha ngenxa yokuntuleka kwamafutha, futhi ezimweni ezimbi kakhulu, i-screw assembly izoshiswa.

4. Inkinga yesihlungi sikawoyela A: Uma isihlungi sikawoyela sivalekile futhi i-bypass valve ingavulwa, uwoyela we-air compressor awukwazi ukufinyelela ekhanda lomshini, futhi injini eyinhloko izoshisa ngokushesha ngenxa yokuntuleka kwamafutha. B: Isihlungi sikawoyela sivalekile futhi izinga lokugeleza liba lincane. Elinye icala ukuthi i-air compressor ayisuswa ngokuphelele ukushisa. Izinga lokushisa le-air compressor likhuphuka kancane ukuze kwakheke izinga lokushisa eliphezulu. Elinye icala ukuthi i-air compressor iba izinga lokushisa eliphezulu ngemva kokuba i-air compressor ikhishwe. , ngoba ingcindezi yangaphakathi kawoyela ye-air compressor iphezulu lapho i-air compressor ilayishiwe, uwoyela we-air compressor ungadlula, kodwa ngemva kokuba i-air compressor isusiwe, ingcindezi kawoyela we-air compressor iphansi, futhi kunzima ukuthi uwoyela we-air compressor udlule esihlungini sikawoyela we-air compressor, futhi izinga lokugeleza lincane kakhulu, okuholela ekucindezelweni komoya izinga lokushisa eliphezulu.

5. Ivalvu yokulawula ukushisa (ivalvu yokulawula izinga lokushisa) ayisebenzi Ivalvu yokulawula ukushisa ifakwe phambi kwe-oyela cooler, futhi umsebenzi wayo ukugcina izinga lokushisa lokukhipha umoya lekhanda lomshini lingaphezu kwephuzu lokucindezela. Umgomo wayo osebenzayo ukuthi lapho izinga lokushisa likawoyela liphansi, igatsha levalvu yokulawula ukushisa liyavulwa, isekethe eyinhloko ivaliwe, bese uwoyela wokugcoba ufafazwa ngqo ekhanda lomshini ngaphandle kwe-cooler; lapho izinga lokushisa likhuphuka ngaphezu kuka-40°C, ivalvu yokulawula ukushisa ivalwa kancane kancane. Uwoyela ugeleza nge-cooler kanye negatsha ngesikhathi esifanayo; lapho izinga lokushisa likhuphuka ngaphezu kuka-80°C, ivalvu ivalwa ngokuphelele, futhi wonke uwoyela wokugcoba udlula nge-cooler bese ungena ekhanda lomshini ukuze upholise uwoyela wokugcoba ngezinga elikhulu kakhulu. Uma ivalvu yokulawula ukushisa ihluleka, uwoyela wokugcoba ungangena ngqo ekhanda lomshini ngaphandle kokudlula nge-cooler, ukuze izinga lokushisa likawoyela lingakwazi ukwehla, okuholela ekushiseni ngokweqile. Isizathu esiyinhloko sokwehluleka kwayo ukuthi i-coefficient elastic yeziphethu ezimbili ezizwela ukushisa ku-spool iyashintsha ngemva kokukhathala, futhi ayikwazi ukusebenza ngokujwayelekile ngezinguquko zokushisa; okwesibili ukuthi umzimba wevalvu ugugile, i-spool inamathele noma isenzo asisekho endaweni futhi asinakuvalwa ngokujwayelekile. . Ingalungiswa noma ishintshwe ngokufanele.

6. Hlola ukuthi isilawuli sevolumu kaphethiloli sijwayelekile yini, bese ukhuphula ivolumu yokujova uphethiloli uma kudingeka. Ivolumu yokujova uphethiloli ilungisiwe lapho imishini iphuma efektri, futhi akufanele ishintshwe ngaphansi kwezimo ezijwayelekile.

7. Uwoyela wenjini udlule isikhathi sesevisi futhi uwoyela unciphile. Ukugeleza kukawoyela wenjini kuba kubi, futhi ukusebenza kokushintshana kokushisa kwehla. Ngenxa yalokho, ukushisa okuvela ekhanda le-air compressor akukwazi ukususwa ngokuphelele, okuholela ekushiseni okuphezulu kwe-air compressor.

8. Hlola ukuthi i-oyela cooler isebenza kahle yini. Kumamodeli apholiswe ngamanzi, ungahlola umehluko wokushisa phakathi kwamapayipi okungena nawokuphuma. Ngaphansi kwezimo ezijwayelekile, kufanele kube ngu-5-8°C. Uma ingaphansi kuka-5°C, kungase kube nokukhula noma ukuvaleka, okuzothinta ukusebenza kahle kokushintshana kokushisa kwe-cooler futhi kubangele ukushabalaliswa kokushisa. Njengoba inephutha, ngalesi sikhathi, i-heat exchanger ingasuswa futhi ihlanzwe.

9. Hlola ukuthi izinga lokushisa lokungena kwamanzi okupholisa liphezulu kakhulu, ukuthi ingcindezi yamanzi kanye nokugeleza kwawo kujwayelekile, bese uhlola ukuthi izinga lokushisa elizungezile liphezulu kakhulu yini kumamodeli apholile emoyeni. Izinga lokushisa lokungena kwamanzi okupholisa ngokuvamile akufanele lidlule ku-35°C, ingcindezi yamanzi kufanele ibe phakathi kuka-0.3 no-0.5MPA, futhi izinga lokugeleza akufanele libe ngaphansi kuka-90% wezinga lokugeleza elichaziwe. Izinga lokushisa elizungezile akufanele libe ngaphezu kuka-40°C. Uma izidingo ezingenhla zingahlangatshezwa, kungaxazululwa ngokufaka imibhoshongo yokupholisa, ukuthuthukisa umoya ongenisa umoya endlini, nokwandisa isikhala segumbi lomshini. Hlola futhi ukuthi amafeni okupholisa asebenza kahle. Uma kukhona iphutha, kufanele lilungiswe noma lishintshwe. 10. Ukuhlolwa kweyunithi epholile emoyeni Iyunithi epholile emoyeni ihlola kakhulu ukuthi umehluko phakathi kwezinga lokushisa likawoyela lokungena kanye nelokuphuma lingaba ngu-10 degrees. Uma lingaphansi kwaleli nani, hlola ukuthi amafin ebusweni be-radiator angcolile futhi avalekile. Uma engcolile, hlanza uthuli ebusweni be-radiator ngomoya ohlanzekile bese uhlola amafin e-radiator. Kungakhathaliseki ukuthi igqwalile. Uma ukugqwala kukhulu, kubalulekile ukucabangela ukufaka esikhundleni i-radiator assembly. Kungakhathaliseki ukuthi amapayipi angaphakathi angcolile noma avinjiwe. Uma kukhona into enjalo, ungasebenzisa iphampu ejikelezayo ukuze ujikeleze inani elithile loketshezi olune-asidi ukuze uluhlanze. Qiniseka ukuthi unaka ukuhlushwa koketshezi kanye nesikhathi sokujikeleza ukuze ugweme I-radiator ibhobozwa emgodini ngenxa yokugqwala komuthi woketshezi. 11. Inkinga yefeni yokupholisa umoyaInkinga yefeni yomshini opholiswe ngomoya ukuthi ifeni ayiphenduki, ifeni iyaphenduka, bese kuvulwa eyodwa kuphela kubalandeli ababili. 12. Izinkinga ngomsele wokukhipha umoya ofakwe yikhasimende lomodeli opholiswe umoya. Kunemisele yokukhipha umoya enobuso bomoya obuncane kakhulu, imisele yokukhipha umoya emide kakhulu, ukugoba okuningi kakhulu phakathi kwemisele yokukhipha umoya, imisele kakhulu futhi ukugoba okuningi phakathi. Ingabe kukhona ifeni yokukhipha umoya efakiwe, futhi izinga lokugeleza kwefeni yokukhipha umoya lincane kunelefeni yokupholisa yokuqala ye-air compressor? . 13. Ukufundwa kwenzwa yokushisa akunembile 14. Ukufundwa kwekhompyutha akunembile 15. Izinkinga zokuphela komoyaNgokuvamile, ama-bearings ekhanda le-air compressor kudingeka ashintshwe njalo emahoreni angu-20,000-24,000, ngoba igebe kanye nebhalansi ye-air compressor kuqinisekiswa ama-bearings. Uma ukuguguleka kwama-bearings kukhuphuka, ukushisa okukhiqizwa yikhanda le-air compressor kuzokwanda. Kubangela izinga lokushisa eliphezulu le-air compressor. 16. Ukucaciswa okungalungile noma ikhwalithi embi kawoyela wokugcoba Uwoyela wokugcoba womshini wesikulufu unezidingo eziqinile futhi awukwazi ukushintshwa ngokuthanda kwawo. Izidingo ezisencwadini yemiyalelo yemishini kufanele zisebenze. 17. Hlola isihlungi somoya ukuthi asivali yiniUkuvaleka kwesihlungi somoya kuzokwenza umthwalo we-air compressor ube mkhulu kakhulu, futhi uzoba sesimweni sokulayishwa isikhathi eside, okuzobangela ukushisa okuphezulu. Kungahlolwa noma kushintshwe ngokwesignali ye-alamu yeswishi yokucindezela okuhlukile. Ngokuvamile, inkinga yokuqala ebangelwa ukuvaleka kwesihlungi somoya ukwehla kokukhiqizwa kwegesi, kanti izinga lokushisa eliphezulu le-air compressor ukusebenza kwesibili. 18. Hlola ukuthi ingcindezi iphakeme kakhulu yini. Ingcindezi yesistimu ngokuvamile isethwe efektri. Uma kudingeka ngempela ukulungisa, kufanele kusekelwe kungcindezi yokukhiqizwa kwegesi elinganisiwe ephawulwe ku-nameplate yemishini. Uma ukulungiswa kuphakeme kakhulu, kuzobangela ukushisa ngokweqile ngenxa yomthwalo owandisiwe emshinini. Lesi futhi yisizathu esifanayo nesangaphambilini. Izinga lokushisa eliphezulu le-air compressor liwukubonakaliswa kwesibili, okubonakala kakhulu ekwandeni kwamandla kagesi e-air compressor kanye nokuvalwa kokuvikela kwe-air compressor.