Ipompo yeVacuum yeCentrifugal yesantya esiphezulu yeVFD

Inkcazo emfutshane:

Uphawu lwentengiso:INJINI YEMPUMELELO

Uhlobo:I-Centrifugal, i-VSD

Uluhlu lwaMandla:75kW -910kW

Isantya sePompo:80M³/umzuzu～1000M³/umzuzu

Umgangatho weVacuum:–40～–50 kPa (G)

Inkqubo yokupholisa:Ukupholisa Amanzi

Umthombo wamandla:220/230/380/415/440/575/6000/10000V/3P/50-60HZ

Iwaranti:Unyaka omnye

Iphakheji yoThutho:Ibhokisi yomthi

Ixesha lorhwebo:I-EXW, i-FOB, i-CFR, i-CIF, i-CPT

Ubungakanani obuncinci be-oda:Isiqwenga esi-1

Amandla okubonelela:Iziqwenga ezingama-500 ngonyaka

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iinkcukacha

Iingenelo

Impompo yeVacuum yeCentrifugal (inkqubo enkulu yeVacuum)

Impompo yokufunxa umoya ye-centrifugal: umthamo womoya: 60 ~ 1000 m3/min, idigri yokufunxa umoya: -40 ~ 80 kPa

I-SUCCESS ENJINI IMpompo yokufunxa i-centrifugal yenzelwe amashishini okufunxa i-vacuum ahamba ngokukhawuleza afana nokwenza amaphepha, amashishini eekhemikhali, kunye nemigodi. Yenziwa kwaye ivavanywe ngokuhambelana nemigangatho yenkqubo yokuqinisekisa umgangatho wamandla enyukliya yomkhosi. I-impeller yenziwe ngezinto ze-alloy ezinamandla aphezulu endiza, ezinokusetyenziswa iiyure ezingama-300,000 ngaphandle kokugcinwa. (malunga neminyaka engama-35), inkqubo yolawulo kunye nokuqhuba isebenzisa iimoto eziguqula amaza kunye nokusebenza kakuhle kunye nokonga amandla, ezikrelekrele, zigcina amandla kwaye zisebenza kakuhle, kwaye zifanelekile ukusebenza ixesha elide kwiindawo ezinzima ezifana nobushushu obuphezulu kunye nokufuma okuphezulu.

—Isixhobo sokonga amandla kwiinkqubo zokukhupha umoya ezinkulu ekwenzeni iphepha:

Nika uyilo olulungiselelwe wena ngokwenkqubo yomatshini wephepha womsebenzisi, ivumela izixhobo ukuba zisebenze rhoqo kwindawo yokonga amandla, nto leyo enokonga imali30-60%amandla kunye100%amanzi kwinkqubo yokwenza i-vacuum cleaner. Ngenkqubo yokubuyisela ubushushu obumdaka, umgangatho wokusetyenziswa kwamandla ngokubanzi uya kuphucuka ngakumbi. Ixesha lokubuyisela utyalo-mali liIinyanga ezisi-8 ukuya kwezili-18Iyunithi enye yepompo yokufunxa ye-centrifugal eyi-500kW inokutshintsha ngokupheleleyo ipompo yokufunxa yeringi yamanzi ngamandla apheleleyo angama-710kW. Umgca ngamnye wemveliso unokonga umbane ongaphezulu kwesigidi esinye se-China Yuan ngonyaka.

Ukonga imali kukwenza imali. Emva kokusebenzisa ipompo ye-vacuum yenkampani yethu endaweni yepompo yayo endala yamanzi, elinye ishishini lokwenza iphepha elikhankanyiweyo lafumanisa ukuba longa amandla.50%kunye nokwanda kwemveliso20%phantsi komqathango wokuba ezinye iindawo zomatshini wephepha zingatshintshi. Ipompo yethu yokufunxa ivelise ixabiso le-100 yezigidi zeerandi zaseTshayina minyaka le kule nkampani yokwenza iphepha.

Akukho mfuneko yokwandiswa kwegridi kunye nokonga indawo. Njengoko ukuguqulwa kwamaza okuqala kuqala, kwaye akukho mpembelelo kwinethiwekhi yamandla. Xa kuthelekiswa neenkqubo zendabuko zokucoca umoya, esi sixhobo sigcina indawo engaphezulu kwesiqingatha.

Idatha yokonga amandla yepompo ye-Centrifugal Vacuum

(Izixhobo zisebenza ngokweeyure ezingama-24, iintsuku ezingama-300 ngonyaka, kwaye umrhumo wombane ubalwa kwi-0.7 Yuan/kWh.)

Amandla afakiweyo (KW)		500	1000	1500	2000	2500	3000
Impompo yamanzi Ukusebenza kakuhle	Ukonga Amandla	Ukonga iindleko zombane kufana nokufumana inzuzo epheleleyo (10,000 Yuan/Ngonyaka)
30%	60%	151.2	302.4	453.6	604.8	756	907.2
33%	56%	141.12	282.24	423.36	564.48	705.6	846.72
36%	52%	131.04	262.08	393.12	524.16	655.2	786.24
39%	48%	120.96	241.92	362.88	483.84	604.8	725.76
42%	344%	110.88	221.76	332.64	443.53	554.4	655.28
45%	40%	100.8	201.6	302.4	403.2	504	604.8
48%	36%	90.72	181.44	272.16	362.88	453.6	544.32

Ngaphambili: Isiguquli soMoya seSikrufu soXinzelelo oluPhakathi

Okulandelayo: Ipompo ye-Vacuum ye-Screw engenanto yokunxibelelana kunye neyomileyo

Mi-odel	Amandla eMoto KW	Amandla eShaft KW	UmquluUkuhamba m3/umzuzu	Isidanga sokuVutha I-Kpa
GDV75	75	69.1	80	-40～-50
GDV110	110	95.3	120	-40～-50
GDV160	160	139.1	175	-40～-50
I-GDV200	200	174.7	220	-40～-50
GDV250	250	217.4	275	-40～-50
GDV280	280	246.1	310	-40～-50
GDV315	315	273.9	345	-40～-50
GDV355	355	309.6	390	-40～-50
I-GDV400	400	349.3	440	-40～-50
GDV450	450	396.9	500	-40～-50
GDV500	500	436.7	550	-40～-50
GDV560	560	484.3	610	-40～-50
GDV650	650	560	700	-40～-50
GDV760	760	660	830	-40～-50
GDV910	910	793	1000	-40～-50
Phawula:1. IiParameters zoYilo ezingaphezulu zifumaneka ngokusekelwe kwiimeko ezingezantsi:Ukufunxa Okuphakathi: Umoya, Ukufuma Okuqhelekileyo: 65%, Ukufunxa Ubushushu Bomoya: 35℃. 2. Kwiimeko zokusebenza ezikhethekileyo, ipompo yokufunxa ingasetyenziswa ngokweemfuno zangempela.

Impompo yokuVutha iCentrifugal

Impompo yokufunxa umoya ye-centrifugal: umthamo womoya: 60 ~ 1000 m3/min, idigri yokufunxa umoya: -40 ~ 80 kPa

Inkqubo yokuvaleka i-vacuum eguquguqukayo enesantya esiphezulu isebenzisa iteknoloji ye-aero-injini ephucukileyo, kwaye ibhekisa kwimigangatho yokuqinisekisa umgangatho wamandla enyukliya omkhosi kuyilo, ekucutshungulweni, ekuvelisweni nasekuvavanyweni. Inenzuzo yokusebenza okuphezulu, umgangatho ozinzileyo kunye nokusebenza okubiza kakhulu.

Gxila kushishino lokwenza amaphepha. I-impeller isebenzisa izinto ze-alloy zomoya ezinobushushu obuphezulu kunye namandla aphezulu, unyango lokudlulisa i-anode, ukumelana nokuguguleka, ukumelana nokugqwala, ukumelana ne-MEKPO (Ketone Peroxide), ukumelana ne-pulp fiber; ingasebenza iminyaka engama-30 ngaphandle kokulungiswa nokugcinwa.

Xa kuthelekiswa nepompo ye-turbo vacuum engeniswe kwamanye amazwe, iindleko zokuguqula zingagcinwa ngaphezulu kwe-50% phantsi kwamandla afanayo afakiweyo.

Xa kuthelekiswa neempompo ze-vacuum zemveli,ukonga amandla: 30-50%, ukonga amanzi: 100%Ngokusebenzisa inkqubo yokubuyisela ubushushu bamanzi, inqanaba lokusetyenziswa kwamandla liyaphucuka ngakumbi.

Impompo yokuVutha iCentrifugal

Inzuzo ekhethekileyoofiinkqubo zokucoca umatshini wephepha

Sebenzisa iteknoloji yefrikhwensi eguquguqukayo, isantya kunye namandla epompo yevacuum zinokulungiswa ngotshintsho lweeparamitha zomgca wokuvelisa iphepha, ezigcina ipompo yevacuum isebenza kakuhle.

Inkqubo yokukhupha umoya yenziwe ngokwezifiso ngokupheleleyo. Indawo yokukhupha umoya efanelekileyo ikhethwa ngokweemeko zokusebenza komatshini wephepha womsebenzisi. Iqondo lokukhupha umoya lisondele kwinqanaba, indawo yokufunxa idityanisiwe ukwenza ipompo yokukhupha umoya ye-centrifugal ekhawulezayo isebenze kakuhle kwaye isoloko isebenza kwindawo esebenza kakuhle kakhulu yepompo kunye nomgca wemoto.

Ipompo yokufunxa i-centrifugal inezakhiwo zenqanaba elinye kunye nezinezigaba ezimbini. Isixhobo esinye sinokupompa iidigri ezimbini ezahlukeneyo ze-vacuum, ngoko ke ipompo yokufunxa i-centrifugal enye inokuthatha indawo yeepompo ezininzi ze-vacuum ring zamanzi. Isixhobo sincinci kwaye iiparameter zokukhupha ziyahlengahlengiswa.

Nika izixhobo ezipheleleyo zokucoca umoya kunye nezisombululo zenkqubo: Kubandakanya isahluli-manzi esiphuma ngomphunga, isibandisi, ipompo yokucoca umoya, isigqubuthelo somoya, ivalvu, isixhobo, ukufakwa kwepayipi kunye nenkqubo yolawulo oluzenzekelayo oluzenzekelayo lokujonga inqanaba lokucoca umoya kwi-intanethi kunye nokuhamba komoya.

Ingcamango yoyilo lweenqwelo moya – Impeller

Ukusebenzisa isoftware yohlalutyo lwezinto ezilinganiselweyo ze-NASTRAN, ANSYS, Abaqus, njl.njl., ukwenza uyilo lwejometri kunye nobushushu obunemilinganiselo enye, uyilo lokuhamba olunemilinganiselo emibini, uyilo lweeblade olunemilinganiselo emithathu kunye nokujonga amandla ee-impeller kunye neeblade. Ngokusebenzisa ukulinganisa, kunokugwetywa ukuba uyilo lwe-impeller luyahlangabezana na nemigangatho yoyilo lwe-aero-injini, kwaye ubomi benkonzo ye-impeller bunokuqikelelwa. Yenza ii-impellers ze-aircraft ezisebenza kakuhle kakhulu ezinomlinganiselo ongcono "wokusebenza kwamandla".

Ingcamango yoYilo lweNqwelomoya - Impeller

Ibhokisi yegiya yesantya esiphezulu esemgangathweni yeenqwelomoya

Isakhiwo sebhokisi yegiya esahlulwe ngokuthe tye sisetyenziswa kunye nokulungiswa okuqhelekileyo kweenqwelo moya, ukwenziwa, ukususwa kweempazamo kunye nokuhlolwa, kunye neegiya zehelical ezicwangcisiweyo zentsimbi eqinisiweyo enesantya esiphezulu, iziko elithe tye lahlula isilinda libe zisiqingatha esiphezulu nesisezantsi kwaye liqhagamshelwe ngeebholiti, uyilo lwesakhiwo semodyuli lulungele ukugcinwa kunye nokulungiswa.

Ibhokisi yegiya

Isantya esiphezulu sokuthwala itayitile-pad

Sebenzisa i-horizontal split-type tilting-pad bearing eyenziwe ngezinto ze-ISI 1040 carbon steel (yangaphakathi) kunye ne-babbitt alloy (umphezulu), xa umthwalo wesantya utshintsha, ibhloko ye-bearing diagonal ibekwe embindini ngokuzenzekelayo, lo msebenzi wohlengahlengiso oluzenzekelayo unokuqinisekisa ukusebenza kakuhle komatshini.

I-High-speed Tilting Pad Bearing

Isipholile esisuswayo esisebenzayo kunye nokulungiswa komoya wokungenisa

Isibandisi sahlulwe kwibhokisi yegiya, kwaye inkqubo yokuthambisa yahlulwe ngokugqibeleleyo kumoya ocinezelweyo, ukuqinisekisa ukuba umoya ocinezelweyo ucocekile nge-100% kwaye awunaoyile. Iibhanti zeetyhubhu ezisuswayo, ezipholileyo zihambelana ngokuchanekileyo neqokobhe eligqityiweyo, elinokuphucula ngempumelelo izinga lokutshintshiselana kobushushu phakathi komoya ocinezelweyo namanzi kwaye linciphise ukusetyenziswa kwamanzi apholisayo.

Ngokulungisa i-engile yokufaka i-inlet guide vane ye-impeller, ukujikeleza komoya kwangaphambili kunokulungiswa ngaphakathi koluhlu lwe-70-105%.

Ukulungiswa kwe-cooler esuswayo esebenza kakuhle kakhulu kunye nokungenisa umoya

Uvavanyo lwebhalansi eguquguqukayo ye-Impeller

Kusetyenziswa izixhobo zovavanyo lwebhalansi eguquguqukayo eziphucukileyo, ngokweemfuno ze-"SUCCESS ENGINE Dynamic Balance Test Procedure", uvavanyo oluqinileyo lwebhalansi eguquguqukayo lwenziwa kwi-impeller nganye kunye ne-shaft assembly ukuqinisekisa ibhalansi kunye nozinzo ngexesha lokusebenza ngesantya esiphezulu.

Uvavanyo lweBalance Dynamic ye-Impeller

Inkqubo yokujonga i-PLC yesikrini esikhulu ephucukileyo

Isikrini esikhulu sokulawula isibonisi se-LCD, ukujonga ukusebenza kwezixhobo ngexesha langempela, ulwazi lokuvala, kudibanisa ngokugqibeleleyo ulawulo lokuhamba kunye nokonga amandla, imisebenzi epheleleyo ye-alamu kunye nokukhusela ngokuzenzekelayo, inkqubo yolawulo ephucukileyo nevuthiweyo, iqinisekisa uzinzo lwenkqubo ye-compressor kunye nokusebenza lula.

Isinxibelelanisi se-PLC sokuBeka iliso kwiSkrini eSikhulu

Inkqubo yokuvelisa engqongqo

Uyilo, ukwenziwa kunye nokuhlanganiswa kulandela imigangatho engqongqo yeenqwelo-moya kunye neemfuno zenkqubo yokuqinisekisa umgangatho wenyukliya yomkhosi ukuqinisekisa ngokufanelekileyo umgangatho kunye nokuthembeka kokusebenza kwezixhobo.

Inkqubo yoMveliso oQondileyo kunye noMveliso