TL;DR:Ama-workshop okubumba izinsimbi kulo lonke elaseNingizimu-mpumalanga ye-Asia — izinkulungwane zezindawo zokucubungula ipulasitiki esifundazweni saseSamut Prakan eThailand, esifundazweni saseBinh Duong eVietnam, kanye nesifunda saseTangerang e-Indonesia — athuthukisa izinhlelo zawo ze-hydraulic ngamaphampu e-vane ochungechunge lwe-T7 njengendlela engabizi kakhulu yokushintsha wonke umshini noma ukuguqula ubuchwepheshe be-servo. Iphampu ye-vane ye-T7 — iphampu ye-vane eguquguqukayo eguquguqukayo eguquguqukayo ekhiqizwa yi-Vicks Hydraulic enekhono lokukhiqiza laminyaka yonke lamayunithi angaphezu kuka-80,000 — iwukuthuthukiswa okuthandwayo ngoba inikeza ukusebenza kokugeleza nokucindezela okudingwa yimishini yokubumba izinsimbi, ngemibhalo yesitifiketi (i-CCS, i-DNV, i-ABS, i-BV, i-LR) edingwa ngabakhi bomshini kanye namakhasimende okugcina ochungechungeni lokuhlinzeka ngogesi lwasolwandle nolwasolwandle. Ukuthuthukiswa kuhilela ukufaka esikhundleni sephampu ekhona yokufuduka okuhleliwe (ngokuvamile i-Vickers V20 noma i-Vickers V series elinganayo) ngephampu ye-various-displacement ye-T7 ehambisana nephrofayili yokufunwa kokugeleza komshini — ukugeleza okuphezulu ngesikhathi sezigaba zokujova nokufaka ipulasitiki, ukugeleza okuphansi ngesikhathi sezigaba zokupholisa nokubopha. Ukubalwa kokufanisa izinga lokugeleza — okunquma ukufuduka kwephampu okudingekayo ku-cm³/rev kwemisebenzi yokubopha, ukujova, kanye nokukhipha — kuyincazelo ebalulekile enquma ukuthi ukuthuthukiswa kuletha ukonga kwamandla okulindelekile (ukunciphisa okungu-25-35% ekusetshenzisweni kwamandla kagesi) kanye nokuthuthukiswa kwesikhathi somjikelezo okulindelekile (ukunciphisa okungu-5-10% kusuka ekusheshiseni okusheshayo kokubopha kanye nokukhipha). Lesi sihloko sihlanganisa ukucaciswa kokugeleza kanye nokucindezela kwephampu ye-T7, i-logic ye-pressure compensator, inzuzo yesitifiketi sokubumba injection yebanga lolwandle, kanye nenqubo yokulungisa kabusha okudingeka abaphathi beworkshop bayihlelele.
Kungani Amaphampu e-T7 Series Vane Engcono Kakhulu Emishinini Yokubumba Umjovo e-SEA
Uhlelo lwe-hydraulic lomshini wokubumba umjovo endaweni yokusebenzela yase-SE Asia luvame ukusebenzisa ipompo ye-vane yokufuduka engaguquki esebenza ngokuqhubekayo ngesivinini esivumelanayo semoto kagesi (1,450-1,750 RPM, kuye ngokuthi imoto ingakanani kanye nemvamisa kagesi yendawo — 50 Hz kuwo wonke amazwe ase-SE Asia). Ipompo yokufuduka engaguquki inikeza izinga lokugeleza elingaguquki (ngokulingana nesivinini semoto) kungakhathaliseki ukuthi umshini udinga ukugeleza okusheshayo. Lapho umshini usesigabeni sokupholisa somjikelezo wokubumba — ngokuvamile u-40-60% wesikhathi somjikelezo ophelele — ipompo isahambisa ukugeleza okugcwele, okuphambukiswa nge-valve yokusiza ehambisanayo yesistimu ekucindezelweni kwesistimu okugcwele, okuguqula amandla e-hydraulic abe ukushisa okumele kususwe yi-chiller noma umbhoshongo wokupholisa.
Iphampu ye-vane ye-T7 variable-displacement ixazulula lokhu kungasebenzi kahle ngendlela yokulawula i-pressure compensator. Ukufuduka kwephampu (umthamo wamafutha alethwa ngokujikeleza ngakunye) kulawulwa yi-spring-loaded compensator spool ezwa ingcindezi ye-outlet pump. Lapho ingcindezi endaweni yokuphumula ifika endaweni yokuphumula (ngokuvamile ibekwe ku-10-20% ngaphezu kwesidingo sengcindezi yesistimu yokuzwa umthwalo), i-compensator spool iyashintsha, inciphisa ukufuduka kwephampu ibe yinani eliphansi (ngokuvamile u-5-15% wokufuduka okugcwele). Iphampu iyaqhubeka nokujikeleza ngesivinini senjini kodwa iletha kuphela ukugeleza okuncishisiwe okudingekayo ukuze kulondolozwe ukulungiselelwa kwe-pressure compensator - ukugeleza okwakuchithwa ngaphambilini nge-valve yokusiza manje sekugciniwe, kunciphisa ukusetshenziswa kwamandla kwephampu ngo-60-80% ngesikhathi sesigaba sokupholisa.
Ukonga amandla okuvela kuphampu yokuhambisa ugesi eguquguqukayo kuhambisana nobude besigaba sokupholisa njengephesenti lesikhathi somjikelezo ophelele. Esitolo esijwayelekile somsebenzi wokubumba i-SE Asian injection — ukukhiqiza izinto zasendlini, izingxenye zezimoto, noma izimpahla zabathengi ezinezigaba zokupholisa zemizuzwana engu-8-15 emjikelezweni ophelele wemizuzwana engu-20-30 — iphampu yokuhambisa ugesi eguquguqukayo isindisa u-25-35% wokusetshenziswa kukagesi kohlelo lwe-hydraulic uma kuqhathaniswa nephampu yokuhambisa ugesi ehleliwe enesilinganiso esifanayo sokugeleza. Ukonga amandla kumazinga kagesi ezimboni ze-SE Asian ($0.08-$0.12 nge-kWh) kukhiqiza ukonga konyaka okungu-$800-$2,500 ngomshini ngamunye ngonyaka, kanti isikhathi sokukhokha sokuthuthukiswa kwephampu ye-T7 (izindleko zephampu + umsebenzi wokufaka) yizinyanga ezingu-6-15.
I-Vicks Hydraulic'sUhla lwephampu ye-T7 vanekufaka phakathi ukufuduka kusuka ku-16 cm³/rev kuya ku-237 cm³/rev, okuhlanganisa izidingo zokugeleza kwemishini yokubumba umjovo kusuka kumathani angu-50 (amandla okubopha) kuya kumathani angu-2,000.
Ukuqondanisa Izinga Lokugeleza: Ukubala Ukufuduka Kwephampu Okudingekayo Kwe-Clamp, Injection, kanye ne-Ejection
Ukufuduka kwephampu — umthamo wamafutha alethwa ngokujikeleza ngakunye komgodi wephampu — kumele kuhambisane nomsebenzi odingeka kakhulu womshini. Kumshini wokubumba umjovo, isidingo sokugeleza okuphezulu kakhulu umsebenzi wokubumba (i-plunger eqhubekela phambili ukugcwalisa umgodi), kulandelwe umsebenzi we-clamp (ipuleti elihambayo elivala isikhunta) kanye nomsebenzi wokukhipha (izikhonkwane ze-ejector ezisunduza ingxenye ngaphandle kwesikhunta).
Ifomula yokubala yokufuduka: Ukufuduka okudingekayo (cm³/rev) = (Isidingo sokugeleza ku-L/min × 1,000) ÷ (Isivinini semoto ku-RPM × ukusebenza kahle kwevolumu). Komshini wokubumba umjovo wamathani angu-200 onemoto kagesi ejwayelekile esebenza ku-1,450 RPM (ukunikezwa okungu-50 Hz):
- Isidingo sokugeleza komsebenzi womjovo:Ububanzi be-injection plunger bungu-60-80 mm, i-injection stroke ingu-150-200 mm, kanti isivinini somjovo singu-80-120 mm/s. Isidingo sokugeleza singama-25-50 L/min (kuye ngokuthi ububanzi be-plunger bunjani kanye nesivinini somjovo). Iphampu kumele ilethe leli zinga lokugeleza ekusethweni kwengcindezi yomjovo (ingcindezi yomjovo yebha engu-1,500-2,000, edinga ingcindezi yokuphuma kwephampu engu-150-200 bar ngoba ingcindezi yomjovo iphindaphindwa yisilinganiso sendawo ye-plunger).
- Isidingo sokugeleza komsebenzi we-clamp:Ububanzi besilinda se-clamp bungu-200-300 mm kanti isidingo sesivinini sokuvala singu-250-350 mm/s (i-clamp kumele ivale ngokushesha ngesikhathi sesigaba "sokuvala ngokushesha" ngaphambi kokuba i-mold halves ithinte). Isidingo sokugeleza kwesigaba sokuvala ngokushesha singu-100-150 L/min — siphakeme kakhulu kunesidingo sokugeleza komjovo.
- Ukukhetha iphampu:Umthamo wokugeleza ophezulu wephampu kumele wanelise isidingo sokugeleza esiphezulu kakhulu — umsebenzi we-clamp ongu-100-150 L/min. Iphampu yochungechunge lwe-T7 enokuhamba okungu-80-100 cm³/rev esebenza ku-1,450 RPM inikeza i-110-140 L/min (kubalwa: 80 cm³/rev × 1,450 RPM × 0.95 ukusebenza kahle kwevolumu = 110 L/min). Ukuhamba kwephampu okukhethiwe komshini wamathani angu-200 ngokuvamile kuba yi-100 cm³/rev, okunikeza umthamo wokugeleza ongu-138 L/min ku-1,450 RPM.
Iphampu ekhethiwe kumele futhi ihlangabezane nesidingo sokucindezela esiphezulu somshini — ukukhiqizwa kwamandla e-clamp kudinga ingcindezi ephezulu kakhulu (iphampu kumele inikeze amandla e-clamp alinganiselwe kungcindezi yesistimu elinganiselwe). Kumshini ongamathani angu-200 onendawo yesilinda ye-clamp engu-315 cm² (ububanzi besilinda 200 mm), ingcindezi yephampu edingekayo ukukhiqiza amathani angu-200 amandla e-clamp ingu-200,000 kg ÷ 315 cm² = 635 kg/cm² ingcindezi ye-hydraulic, etholakala ngesilinda yokuphindaphinda amandla e-clamp — ingcindezi yokuphuma kwephampu ngokuvamile iba yibha engu-140-175 (elawulwa yi-valve yokusiza uhlelo kanye nokusetha kwe-compensator yephampu).
Ukukhetha Isigaba Sokucindezela: Ukugcwaliswa Okuphansi Kokucindezela vs Ukubamba Okuphezulu Kokucindezela — Indlela Isinciphisi Sokucindezela Sephampu Esisebenza Ngayo
Isinxephezeli sokucindezela sephampu ye-T7 vane yindlela enciphisa ukuhamba kwephampu lapho ingcindezi yesistimu ifika kusethingi yesinxephezeli. Ukuqonda ukusebenza kwesinxephezeli kubalulekile kumphathi we-workshop ukuze abeke ingcindezi efanele yesinxephezeli futhi axazulule izinkinga zokusebenza kwesistimu ngemva kokuthuthukiswa.
Isinxephezeli esijwayelekile (isinxephezeli sokucindezela okukodwa, ukucushwa okuzenzakalelayo kwemishini yokubumba umjovo):I-compensator iyivalvu ye-spool efakwe ekhava lokulawula lephampu. I-spool ilayishwa ngesipilingi endaweni evulekile (ukuhamba okuphezulu) futhi ivezwa yingcindezi ye-outlet yephampu ngakolunye uhlangothi. Lapho ingcindezi ye-outlet yephampu ikhuphuka ngaphezu kwesethingi yokucindezela kwe-compensator spring (engalungiswa ngesikulufu se-hex ngaphansi kwesivalo se-compensator), i-spool iyashintsha, iqondise ingcindezi yokulawula episton yokulawula ye-displacement yephampu. I-piston yokulawula yehlisa i-angle ye-cam ring yephampu, yehlisa ukuhamba. I-compensator isabela ezinguqukweni zengcindezi zingakapheli ama-millisecond angu-50-100 — uhlelo lokulawula lomshini wokubumba umjovo kumele luhlelwe ukuze lulandelele ukuvuleka kwe-valve nokuvala ukuze kuvunyelwe isikhathi se-compensator sokuphendula ngaphandle kokudala ama-spikes engcindezi ohlelweni.
Isinxephezeli esizwa umthwalo (ongakukhetha, sezinhlelo zokucindezela okuguquguqukayo):Iphampu ifaka imbobo yokuzwa umthwalo exhunywe emugqeni wokuzwa umthwalo webhange lokulawula le-valve yomshini. I-compensator igcina umkhawulo wokucindezela ongaguquki (ngokuvamile umugqa ongu-15-25) ngaphezu kwesidingo esiphezulu sokucindezela umthwalo, esikhundleni sokuzivumelanisa nezilungiselelo ze-compensator ezihleliwe. I-compensator yokuzwa umthwalo inamandla kakhulu kune-compensator ejwayelekile emishinini esebenza imisebenzi eminingi ngesikhathi esisodwa (isb., ukubopha + ukujova, noma ukukhipha + ukuvula isikhunta), ngoba ingcindezi yephampu ilandelela isidingo somthwalo esikhundleni sokuzivumelanisa nezilungiselelo ze-compensator lapho kungekho msebenzi osebenzayo. I-compensator yokuzwa umthwalo inezela u-15-25% ezindlekweni zephampu futhi ichazwe ngemishini yemisebenzi eminingi (ukubumba umjovo wezingxenye ezimbili, umjovo wetafula elijikelezayo, noma imishini enama-cylinder okudonsa i-core).
Kwemishini eminingi yokubumba ngomjovo, ukusethwa okujwayelekile kwesinxephezelo kuyibha engu-10-20 ngaphezu kokusethwa kwevalvu yokusiza ephezulu kakhulu yesistimu. Uma ivalvu yokusiza yesistimu isethwe kubha engu-175, isinxephezelo sisethwe kubha engu-190-195. Umkhawulo webha engu-15-20 uqinisekisa ukuthi isinxephezelo asiphazamisi umsebenzi wevalvu yokusiza ngesikhathi sokusebenza okuvamile — uma isinxephezelo sisethwe kubha engu-175 (njengoba kunjalo nevalvu yokusiza), isinxephezelo sizoqala ukukhulula ipompo ngaphambi kokuba ivalvu yokusiza ikwazi ukuphakama, okuvimbela uhlelo ukuthi lufinyelele ukusethwa kwevalvu yokusiza ngesikhathi sokuqalisa futhi kubangele ukulawulwa kwengcindezi okungalingani.
I-CCS/DNV/ABS Certification Advantage ye-Marine-Use Injection Molding Lines
Ama-workshop okubumba injection e-SE Asian akhiqiza izingxenye zezintambo zokuhlinzeka ngemikhumbi, zasolwandle, nezasokwakha imikhumbi — njengezinto zokufaka amapayipi, amathreyi ekhebula, izibambo zamavalvu, kanye namamojula okuhamba ngesivinini — adinga amaphampu e-hydraulic aphethe isitifiketi senhlangano yokuhlela (CCS, DNV, ABS, BV, noma i-LR). Isitifiketi siqinisekisa ukuthi izinto zephampu, ukwakheka, kanye nezinqubo zokuhlola ziyahlangabezana nemithetho yenhlangano yokuhlela yemishini yasolwandle neyasolwandle.
Uhla lwephampu ye-vane ye-Vicks Hydraulic's T7 luqinisekiswe yi-CCS (China Classification Society), oluqinisekiswe yi-DNV (Det Norske Veritas), oluqinisekiswe yi-ABS (American Bureau of Shipping), oluqinisekiswe yi-BV (Bureau Veritas), kanye noluqinisekiswe yi-LR (Lloyd's Register) — iphakheji yezitifiketi eziningi engavamile kumkhiqizi wephampu ye-hydraulic yaseShayina futhi inikeza inzuzo enkulu kuma-workshop okubumba umjovo afuna ukukhonza uchungechunge lokuphakelwa kolwandle nolwandle.
Isitifiketi sibhalwe phansi esitifiketini sokuhlukanisa sephampu, esikhishwa yinhlangano yokuhlukanisa ngemuva kokubona ukuhlolwa kohlobo lwephampu (ukuhlolwa kokukhuthazela kwamahora ayi-1,000 ekucindezelweni nasekugelezeni okulinganiselwe, ngokulinganisa njalo ukusebenza kahle kwephampu, izinga lomsindo, kanye nokwenyuka kwezinga lokushisa). Isitifiketi sibala: imodeli yephampu, ingcindezi nokugeleza okulinganiselwe, uhlobo loketshezi lokuhlola kanye ne-viscosity, ububanzi bokushisa obuzungezile, kanye nenombolo yereferensi yesitifiketi sephampu - iphampu ingalandelelwa embikweni wokuhlola ngamunye ofakwe ehhovisi lobunjiniyela lenhlangano yokuhlukanisa. Ukuze uthole i-workshop yokubumba umjovo ebhida ngenkontileka edinga amaphampu e-hydraulic aqinisekisiwe, isitifiketi esiningi se-Vicks T7 sisusa izindleko nesikhathi sokuhlela ukuhlolwa kwesitifiketi okuhlukile kwephrojekthi ngayinye.
Inqubo Yokulungisa: Okudingeka Ukwazi Umjovo Wokubumba Ngaphambi Kokushintshana Nephampu Ye-Hydraulic
Ukufakwa kabusha kwepompo ye-T7 variable-displacement vane emshinini wokubumba okhona — othatha indawo yepompo yokuqala ehleliwe — kungaqedwa ngosuku olulodwa lokusebenza nguchwepheshe we-hydraulic oqeqeshiwe, bese umshini ubuyela ekukhiqizweni ngosuku olulandelayo. Inqubo inezigaba ezine: ukususwa, ukufakwa, ukuqalwa, kanye nokulungiswa.
Ukususwa (amahora angu-2-3):Uwoyela we-hydraulic womshini uyakhishwa amanzi futhi uhlungwe (uwoyela usetshenziswa kabusha ngemva kokufakwa kabusha — akudingeki ukushintsha uwoyela ngokuphelele ngaphandle kokuthi uwoyela okhona ungcolisiwe). Izintambo zokudonsa kanye nokucindezela zephampu endala ziyanqanyulwa, ukuxhumanisa kwephampu nenjini kuyasuswa, futhi amabhawodi okufaka iphampu ayasuswa. Ubuso bokufaka buyahlanzwa futhi buhlolwe ukuthi abunazo yini izimbobo noma umonakalo ongaphazamisa iphampu entsha.
Ukufakwa (amahora angu-2-3):Iphampu ye-T7 ifakwe ku-flange yokufaka iphampu ekhona yomshini (ubukhulu bokufaka bochungechunge lwe-T7 — i-flange ye-SAE-A 2-bolt yosayizi ongu-16-125 cm³/rev, i-flange ye-SAE-B 2-bolt yosayizi ongu-160-237 cm³/rev — ifana ne-flange yokufaka ye-Vickers V-series, okuyindinganiso yemishini eminingi yokubumba umjovo e-SE Asia). Ukuhlanganiswa kwe-pump-motor kuqondaniswe ngaphakathi kwe-0.050 mm TIR (kulinganiswa emngceleni wokuhlanganisa — ukungalungi kahle kuyimbangela evame kakhulu yokwehluleka kwephampu ngaphambi kwesikhathi ngemva kokulungiswa kabusha). Amapayipi okumunca kanye nokucindezela axhunyiwe.
Ukuqalisa (amahora angu-1-2):Iphampu igcwele uwoyela ohlanzekile we-hydraulic ngembobo yokucindezela (ungalokothi uqale iphampu ye-vome vane — ama-vane azobamba ezindaweni zokujikeleza ngemizuzwana embalwa). Isethingi ye-compensator ilungiswa kusethingi ye-valve yokusiza uhlelo lomshini kanye nebha engu-15-20. Uhlelo luhlanzwa umoya ngokusebenzisa imisebenzi yomshini kwimodi yesandla ngesivinini esiphansi imijikelezo engu-5-10.
Ukuhlela (amahora angu-2-3):Amapharamitha enqubo yomshini — isivinini somjovo, ingcindezi yokubamba, isivinini se-clamp, amandla okukhipha — ayaqinisekiswa futhi alungiswa njengoba kudingeka. Isikhathi sokuphendula sephampu yokushintshashintsha (isikhathi esivela kusignali yevalvu yokulawula kuya ephampuni sifinyelela izinga lokugeleza elidingekayo) sihamba kancane kunephampu yokushintshashintsha engaguquki ngoba iphiston yokulawula yokufuduka yephampu kumele ihambe ngaphambi kokuba ukugeleza kulethwe. Ezinqubweni eziningi zokubumba umjovo, umehluko wesikhathi sokuphendula ungama-millisecond angu-50-120, okuhambisana nokulungiswa kwepharamitha yenqubo yomshini.
Imibuzo Nezimpendulo: Abaphathi Bezindawo Zokusebenzela Zokubumba Umjovo Ukuthola Amaphampu E-T7 Vane avela eShayina
Q1: Iyini i-MOQ ye-oda lephampu ye-T7 vane?
A: I-MOQ iyiyunithi e-1 yanoma yimuphi usayizi ojwayelekile wokufuduka we-T7 (16-237 cm³/rev) kanye nanoma iyiphi inketho yokulawula ejwayelekile (isinxephezeli esijwayelekile, isinxephezeli esizwa umthwalo). Ngezinketho zokulawula ngokwezifiso (ububanzi obukhethekile bokucindezela, izandiso ezikhethekile zomshafu, ama-flange okufaka akhethekile), i-MOQ iyiyunithi ezi-5-10 nge-oda ngalinye. Kubaphathi be-workshop aba-oda umshini owodwa, i-MOQ yeyunithi eyodwa ivumela ukufakwa kwesilingo ngaphambi kokuzibophezela ekuthuthukisweni kwemikhumbi yonke.
Umbuzo 2: Yiziphi izingxenye ezisele okufanele ngizigcine nephampu ye-T7?
A: Isethi yezingxenye ezisele ezinconywayo zephampu ye-T7 ifaka: isethi eyodwa ye-vane (ama-vane ayi-12 okuhambisa afinyelela ku-100 cm³/rev, ama-vane ayi-16 okuhambisa amakhulu), ikhithi eyodwa ye-cartridge (kufaka phakathi indandatho ye-cam, i-rotor, kanye ne-pressure plate assembly — iqembu elijikelezayo eliguga ngokuhamba kwesikhathi), ikhithi eyodwa yokuvala ishaft, kanye nekhithi eyodwa ye-compensator valve (i-compensator spool kanye ne-spring). Izindleko zekhithi yezingxenye ezisele zingaba ngu-25-35% wentengo yephampu futhi zihlanganisa izingxenye ezivame kakhulu ezithathelwa indawo ensimini. Isikhathi senkonzo esiqinisekisiwe sephampu ngaphambi kokulungiswa kokuqala okukhulu (ukushintsha isethi ye-vane) singamahora okusebenza ayi-10,000-15,000.
Q3: Yiluphi uhla lwe-hydraulic oil viscosity olungasetshenziswa yi-T7 pump?
A: Iphampu ye-T7 yenzelwe amafutha e-hydraulic asekelwe kumaminerali anebanga le-viscosity elingu-20-400 cSt ekushiseni kokungena kwephampu. Kumazinga okushisa azungezile e-SE Asia (25-40°C), izinga le-viscosity likawoyela elinconywayo yi-ISO VG 46 (46 cSt ku-40°C). Kuma-workshop asebenza ezimweni zokushisa okuphezulu (ngaphezu kuka-40°C), i-ISO VG 68 inikeza ubukhulu befilimu obanele eziqongweni ze-vane ukuvimbela ukuthintana kwensimbi nensimbi ngesikhathi sokuqalisa. Iphampu akufanele isebenze ngamafutha angaphansi kuka-20 cSt - ingcindezi yokuxhumana kwendandatho ye-vane tip-to-cam idlula umthamo wokuthwala umthwalo wefilimu kawoyela, okubangela ukuguguleka okusheshayo kwe-vane.
Umbuzo 4: Iphampu ye-T7 ihlala isikhathi esingakanani phakathi kokulungiswa?
A: Isikhathi senkonzo esiqinisekisiwe sephampu ye-T7 ngaphambi kokulungiswa kokuqala singamahora okusebenza ayi-10,000-15,000 okusebenza okuqhubekayo ngengcindezi elinganisiwe (210 bar) kanye nesivinini esilinganisiwe (1,450 RPM). Ezingcindezini eziphansi (ngaphansi kwebha engu-150) kanye nesivinini esiphansi (ngaphansi kwe-1,200 RPM), impilo yesevisi ifinyelela emahoreni angama-20,000-25,000. Ukulungiswa kuqukethe ukufaka esikhundleni sesethi ye-vane, ikhithi yekhatriji, kanye nophawu lomgodi — umzimba wephampu, isembozo sokugcina, kanye ne-compensator kusetshenziswa kabusha imijikelezo yokulungiswa engu-3-5 ngaphambi kokuba iphampu imiswe.
Umbuzo 5: Yiziphi izimpawu zokuthi iphampu ye-T7 idinga ukulungiswa?
A: Izinkomba ezintathu umqhubi we-workshop angaziqapha: (1) isikhathi sokujikeleza esengeziwe — uma isivinini se-clamp noma somjovo somshini sehla ngaphezu kuka-10% ekusethweni okufanayo kokucindezela, ukusebenza kahle kwevolumu yephampu kwehle ngaphansi kuka-80% futhi isethi ye-vane idinga ukushintshwa; (2) ukwanda komsindo okuzwakalayo — iphampu ye-T7 enempilo ikhiqiza ama-dB(A) angu-65-75 ebangeni elingamamitha angu-1 ekucindezelweni nasekugelezeni okulinganiselwe — ukwanda komsindo okungu-5+ dB(A) kubonisa ukuguguleka kwe-vane tip noma i-cavitation (hlola isihlungi somugqa wokumunca kanye nezinga likawoyela); (3) ukunyuka kwezinga lokushisa likawoyela — uma izinga lokushisa likawoyela we-drain case yephampu lidlula ama-80°C (kulinganiswa echwebeni lokukhipha amanzi), ukuvuza kwangaphakathi kwephampu kukhuphuke ngaphezu kwemingcele yokuklama futhi ikhithi ye-cartridge idinga ukushintshwa.
Umbuzo 6: Ingabe i-Vicks Hydraulic inikeza ukwesekwa kobuchwepheshe ekufakweni kokuqala kokulungiswa kabusha?
A: Yebo. Kubathengi bokuqala, i-Vicks inikeza ukwesekwa kobuchwepheshe okude ngevidiyo (i-WhatsApp noma i-WeChat) ngezigaba zokufakwa kanye nokuqaliswa kokusebenza. Iseshini yokusekela ihlanganisa: ukuqinisekiswa kokulungiswa kwe-pump-motor, ukulungiswa kwezilungiselelo ze-compensator, ukuqinisekiswa kwezilungiselelo zengcindezi yesistimu, kanye nokulungiswa kwepharamitha yenqubo yomshini. Kuma-workshop afaka amaphampu amaningi (amayunithi angaphezu kuka-10), i-Vicks ingathumela unjiniyela wezinhlelo zokusebenza e-workshop ukuze ayoqeqeshwa izinsuku ezimbili endaweni kanye neseshini yokuqaliswa kokusebenza.
Mayelana noMlobi: I-Demi Geunguchwepheshe wezixazululo ze-hydraulic eVicks Hydraulic, inkampani kazwelonke yobuchwepheshe obuphezulu eyasungulwa ngo-2007, egxile kumaphampu e-vane, izinhlelo ze-servo, kanye nezixazululo ze-hydraulic ezonga amandla kanye. Njengoba inemigqa yokukhiqiza eyisithupha ehamba phambili emhlabeni kanye nomthamo waminyaka yonke wamaphampu e-vane angaphezu kuka-80,000, iVicks ikhonza izimboni ezifaka phakathi ezokuzenzakalela zasolwandle, ezempi, kanye nezimboni.
Ezomphakathi:I-Facebook
Isikhathi sokuthunyelwe: Juni-22-2026