Impendulo Esheshayo (Yabathengi Besistimu Ye-Hydraulic)
- Izakhiwo ezintathu zephampu, ukuvumelana kwesakhiwo okuthathu: i-vane = ukucindezela okuthule + okuphakathi; igiya = okushibhile + ukucindezela okuphansi; i-piston = ukucindezela okuphezulu + ukusebenza kahle okuphezulu.
- Iuhla oluphelele lomkhiqizo wephampuihlanganisa ukukhetha kwe-vane/igiya/i-piston.
- IAmaphampu e-Denison T6/T7 Series Vaneumndeni we-vane onengcindezi ephezulu yesakhiwo.
- Cela isilinganiso sokukhetha iphampungesidingo sokucindezela nokugeleza.
- Umthetho wesinqumo: i-vane yokubeka umsindo < igiya < piston; i-piston yokubeka ingcindezi > <; i-vane > igiya; izindleko zokuphila konke zincike emjikelezweni womsebenzi.
Iningi labaklami bezinhlelo ze-hydraulic bachaza uhlobo lwephampu ngokusekelwe ekugelezeni nasekudingeni ingcindezi ngaphandle kokuqonda umehluko wesakhiwo phakathi kwamaphampu e-vane, igiya, kanye ne-piston. Umphumela uba iphethini yokuthenga lapho umklami ecacisa iphampu yegiya yokusetshenziswa okuzwela umsindo futhi umsindo wesistimu udlula incazelo, noma echaza iphampu ye-piston yokusetshenziswa okunomfutho ophansi futhi izindleko zokuqala ziphezulu ngokungadingekile. Isixazululo ukucacisa uhlobo lwephampu ngokusekelwe ekuhwebelaneni kwamapharamitha amane (ukusebenza kahle, umsindo, ingcindezi, izindleko) esigabeni sokuklama uhlelo.
IUhla oluphelele lwemikhiqizo yephampu ye-Vicksihlanganisa ukukhetha kwe-vane/igiya/i-piston.Amaphampu e-Denison T6/T7 Series Vaneumndeni we-vane onengcindezi ephezulu yesakhiwo.Cela isilinganiso sokukhetha iphampungesidingo sokucindezela nokugeleza.
Ukushintshana kwamapharamitha amane, ukuqhathanisa umsindo wesakhiwo, izinga lokusebenza kahle kwevolumu, kanye nezifundo ezintathu zohlelo lwe-OEM ezingezansi yizincazelo zesakhiwo zokukhethwa kwephampu ye-hydraulic.
Amaphampu e-T7 Series single pump T7B high pressure vane — incazelo yesakhiwo sesistimu ye-hydraulic enomsindo ophansi ophakathi nendawo.Buka uchungechunge lwe-T6/T7 →
Umkhiqizi Wezindaba Wase-Italy Owakhe I-Gear Pump Spec Yaqeda Isabelomali Somsindo
Umkhiqizi wemishini yokucindezela yezimboni wase-Italy wasithinta maphakathi no-2024 ngemuva kokuba umhlinzeki wabo wangaphambilini we-hydraulic ecacise iphampu yegiya yohlelo lokusebenza lokucindezela oluzwela umsindo, lapho ukufakwa komshini endaweni yokusebenzela kudinga izinga lomsindo elingaphansi kuka-72 dB(A) kumitha eli-1. Iphampu yegiya yayisebenza ku-78-82 dB(A) endaweni efanayo yokulinganisa, idlula ukucaciswa komsindo wemishini ngo-6-10 dB(A) futhi yabangela isikhalazo somsindo wamakhasimende okwakufanele umkhiqizi wemishini yokucindezela awumunce. Ukukhiqiza kwezinyanga eziyi-6 kwadingeka kutholakale kabusha ngephampu ye-vane ehlangabezana nokucaciswa komsindo, lapho umkhiqizi wemishini yokucindezela emunca izindleko zokushintsha komhlinzeki kanye nokubambezeleka kokukhiqiza.
Imbangela eyinhloko kwakuwukucaciswa kohlobo lwephampu ngaphandle kokuhlaziywa komsindo. Iphampu yegiya iyiphampu ebiza kakhulu, kodwa i-meshing yegiya namazinyo ikhiqiza iphrofayili yomsindo edlula ukucaciswa kohlelo lokusebenza oluzwela umsindo. **Ukukhethwa kwephampu yegiya kwakungahambisani ngokwesakhiwo nomkhawulo womsindo we-workshop ongu-72 dB(A), umsindo udlula ukucaciswa ngo-6-10 dB(A) kanye nesikhalazo somsindo ngokuba ukungafani kwesakhiwo okuvezwe**.
Ukulungiswa kwakuwukucacisa i-[Vicks Denison T6/T7 Series vane pump](https://www.vickshydraulic.com/products/pump/t6t7-series/) enephrofayili yomsindo ebhalwe phansi esigabeni sokuklama uhlelo. Imininingwane entsha ifaka uhlobo lwephampu (vane), iphrofayili yomsindo (62-68 dB(A) kumitha eli-1), ingcindezi yokusebenza (175 bar continuous), kanye nokusebenza kahle kwevolumu (94% kungcindezi elinganisiwe). **Ukuthengwa okusha kulethe uhlelo lokucindezela kuncazelo yomsindo, ngokukhethwa kwephampu yevane kuvala igebe lomsindo elishiywe livezwe imininingwane yephampu yegiya**.
Ukuqonda kwesakhiwo okuvela kulesi simo: incazelo yohlobo lwephampu kumele ifake ukuhlaziywa kwephrofayili yomsindo, hhayi nje isidingo sokugeleza kanye nengcindezi. Izinhlelo ezichaza uhlobo lwephampu ngaphandle kokuhlaziywa komsindo zihlangabezana nesikhalazo somsindo ukuhlaziywa komsindo obekungasivimbela.
Isilinganiso Sokusebenza Kahle Komthamo: I-Piston > I-Vane > Igiya
Ukusebenza kahle kwevolumu kuyincazelo yesakhiwo sokusebenza kahle kwamandla ephampu. Izindinganiso zokusebenza kahle kwamandla esistimu yamandla kagesi we-hydraulic zinyatheliswa ngezindinganiso zokusebenza kahle kwamandla kagesi we-hydraulic ze-ISO 4419. Iphampu ye-piston inamandla aphezulu kakhulu evolumu, iphampu ye-vane inamandla aphezulu evolumu, kanti iphampu yegiya inamandla aphezulu kakhulu evolumu.
Iphampu yepiston ifinyelela ukusebenza kahle okuphezulu kakhulu kwevolumu (95-98% ngengcindezi elinganisiwe) ngenxa ye-geometry yembobo yesilinda evaliwe. I-piston seal iyona kuphela indlela yokuvuza, ene-piston seal enembile ekhiqizwe ukunciphisa ukuvuza. Ukusebenza kahle kwevolumu ephezulu kuyincazelo yesakhiwo sesicelo somjikelezo ophezulu wokucindezela.
Iphampu ye-vane ifinyelela ukusebenza kahle okuphezulu kwevolumu (90-96% ngokucindezela okulinganiselwe) ngenxa yesihloko se-vane kanye ne-geometry yendandatho yekhamera. I-vane tip seal iyindlela eyinhloko yokuvuza, ene-vane tip eqondile kanye ne-cam ring eqondile egayiwe ukuze kuncishiswe ukuvuza. Ukusebenza kahle kwevolumu ephezulu kuyincazelo yesakhiwo sokusetshenziswa komsindo ophansi ngokucindezela okuphakathi.
Iphampu yegiya inokusebenza kahle kwevolumu okuphansi kakhulu (85-92% uma ingcindezi ilinganisiwe) ngenxa yokuvuza kwegiya nezinyo. Umugqa wokuxhumana kwegiya nezinyo uyindlela eyinhloko yokuvuza, lapho igiya lisebenza ngokunemba ukuze kuncishiswe ukuvuza kodwa alikwazi ukuhambisana nokunemba kwe-piston noma kwe-vane seal. Ukusebenza kahle kwevolumu okuphansi kuyincazelo yesakhiwo sesicelo esiphansi esingabizi kakhulu.
Ukuqhathaniswa Kwephrofayili Yomsindo: Ama-Vane Pump Leads ku-60-72 dB(A)
Iphrofayili yomsindo iyincazelo yesakhiwo sohlelo lokusebenza oluzwela umsindo. Izindinganiso zokulinganisa umsindo wephampu ye-hydraulic zishicilelwa ngendinganiso yokulinganisa umsindo wamandla kagesi we-hydraulic ye-ISO 4419. Ukuhlelwa kwephrofayili yomsindo kuqhutshwa yindlela yokufuduka, lapho indlela ngayinye ikhiqiza imvamisa yomsindo kanye nobukhulu obuhlukile.
| Ipharamitha | Iphampu yeVane | Iphampu Yegiya | Iphampu yePiston |
|---|---|---|---|
| Umsindo ku-1m (dB(A)) | 60-72 | 70-82 | 75-85 |
| Umthombo womsindo odumile | Ukungqubuzana okushelelayo kwe-Vane | Ukubopha amagiya | Ukushaya kwepiston, ipuleti lembobo |
| Imvamisa yomsindo | Okuphakathi nendawo (okubushelelezi) | Okuphezulu (i-gear mesh) | Umjikelezo we-piston ophakathi (phakathi) |
| Isici sephrofayela yomsindo | I-Broadband, ibushelelezi | Ithoni, ibukhali | Ukujikeleza, ushukuma |
| Ukulingana okuhle kakhulu kwesicelo | Indawo yokusebenzela, eyasolwandle, ithuluzi lomshini | Ngaphandle, okuhambayo, kwezolimo | Izimboni, ukwakhiwa |
Ukuqhathaniswa kwephrofayili yomsindo kukhombisa ukuthi iphampu ye-vane inenzuzo yokwakha uhlelo lokusebenza oluzwela umsindo, lapho iphampu yegiya kanye nephampu ye-piston zinamaphrofayili omsindo aphezulu kancane kancane ngenxa yezindlela zokuxhuma kanye nokushayisana. Iphrofayili yomsindo iyincazelo yesakhiwo sokufanisa indawo yokusebenza.
Ububanzi Bokucindezela Kokusebenza: I-Piston Kufika ku-700+ Bar
Ububanzi bengcindezi yokusebenza buyincazelo yesakhiwo sekhono lokucindezela kwesistimu ye-hydraulic, lapho iphampu ye-piston ifinyelela ingcindezi yokusebenza ephezulu kakhulu phakathi kwezinhlobo ezintathu zephampu. Uhlu lwengcindezi yokusebenza luqhutshwa yi-geometry yokulawula ingcindezi, lapho i-geometry ngayinye isekela ingcindezi ephezulu ehlukile.
Iphampu yepiston ifinyelela ingcindezi yokusebenza ephezulu kakhulu (ngokuvamile kufika kumabha angu-350-450, kanye namaphampu episton ezimboni afika kumabha angu-700+) ngenxa ye-geometry yembobo yesilinda evaliwe. I-piston seal kanye ne-port plate yizona kuphela izindlela zokulawula ingcindezi, enembobo yesilinda eqondile kanye ne-piston seal elinganiswe ngengcindezi ephezulu. Ingcindezi yokusebenza ephezulu iyincazelo yesakhiwo sesicelo samandla aphezulu aphezulu.
Iphampu ye-vane ifinyelela ingcindezi yokusebenza ephakathi nendawo (ngokuvamile kufika kubha engu-175-210 yamaphampu e-vane anengcindezi ephezulu njengochungechunge lwe-Denison T6/T7) ngenxa yesihloko se-vane kanye ne-geometry yendandatho ye-cam. Isihloko se-vane siyindlela eyinhloko yokulawula ingcindezi, enesihloko se-vane sinengcindezi elinganisiwe kanye nendandatho ye-cam ecacile. Ingcindezi yokusebenza ephakathi nendawo iyincazelo yesakhiwo sesicelo sengcindezi ephakathi nendawo.
Iphampu yegiya ifinyelela ingcindezi yokusebenza ephansi kakhulu (ngokuvamile kufika kubha eyi-100-175, ngamaphampu egiya anomfutho ophezulu afika kubha eyi-250) ngenxa yomkhawulo wengcindezi yegiya namazinyo. Umugqa wokuxhumana wegiya namazinyo uyindlela eyinhloko yomkhawulo wengcindezi, enesilinganiso sengcindezi yegiya kanye nesilinganiso sengcindezi ephezulu yendlu. Ingcindezi yokusebenza ephansi iyincazelo yesakhiwo sesicelo sengcindezi ephansi.
Ukuhlaziywa Kwezindleko Zempilo Yonke: Umjikelezo Wemisebenzi Uyanquma
Ukuhlaziywa kwezindleko zokuphila konke kuyincazelo yesakhiwo sokukhethwa kwephampu. Ukuthembeka kwemishini yezimboni kanye nezindinganiso zokubikezela impilo yonke kushicilelwa ngezindinganiso zokuphepha zokuthembeka kwemishini ze-ISO 12100. Ukuhlelwa kwezindleko zokuphila konke kuncike emjikelezweni womsebenzi, lapho umjikelezo ngamunye womsebenzi uvuna uhlobo oluhlukile lwephampu.
Ngezicelo ezisebenzisa umfutho ophansi (ngaphansi kwebha engu-175) ngomjikelezo womsebenzi oqhubekayo, iphampu yegiya ngokuvamile inezindleko eziphansi kakhulu zokuphila konke. Izindleko zokuqala eziphansi zinciphisa izindleko zamandla eziphezulu kanye nesikhathi sokulungisa esiphansi, kanti izindleko zokuphila konke zivame ukuba ngaphansi ngo-15-25% kunephampu ye-vane yomjikelezo womsebenzi ofanayo.
Ekusetshenzisweni komfutho ophakathi nendawo (175-210 bar) ngomjikelezo womsebenzi oqhubekayo, iphampu ye-vane ngokuvamile inezindleko eziphansi kakhulu zokuphila konke. Ukusebenza kahle kwevolumu ephezulu kunciphisa izindleko zokuqala eziphezulu, kanti izindleko zokuphila konke ngokuvamile ziphansi ngo-10-20% kunephampu ye-piston yomjikelezo womsebenzi ofanayo.
Ekusetshenzisweni komfutho ophezulu (ngaphezu kwamabha angu-210) ngomjikelezo womsebenzi oqhubekayo, iphampu yepiston ngokuvamile inezindleko eziphansi kakhulu zokuphila konke. Ukusebenza kahle kwevolumu ephezulu kunciphisa izindleko zokuqala eziphezulu kakhulu, kanti izindleko zokuphila konke ngokuvamile ziphansi ngo-20-30% kunephampu ye-vane yomjikelezo womsebenzi ofanayo ngomfutho ophezulu.
Ukuqhathaniswa Kwesikhathi Sokulungisa: Amahora angu-5,000 kuya kwangu-20,000
Isikhathi sokulungisa siyincazelo yesakhiwo sokuhlela impilo yephampu, lapho uhlobo ngalunye lwephampu ludinga ishejuli yokulungisa ehlukile. Ukuhlelwa kwezikhawu zokulungisa kuqhutshwa yindlela yokuguguleka, lapho indlela ngayinye ikhiqiza izinga lokuguguleka elihlukile.
Iphampu ye-vane ngokuvamile idinga ukushintshwa kwe-vane emahoreni angu-5,000-10,000, kanti isihloko se-vane siyingxenye eyinhloko yokuguguleka. Ukushintshwa kwe-vane kuyisenzakalo sokulungisa isakhiwo, lapho ukushintshwa kudinga ukuhlukaniswa kwephampu kanye nokufakwa kwesethi ye-vane. Izindleko zokushintshwa kwe-vane ngokuvamile zingama-20-35% wezindleko zephampu entsha.
Iphampu yegiya ngokuvamile idinga ukushintshwa kwamabhereyitha emahoreni angu-8,000-15,000, kanti ibhereyitha iyisici esiyinhloko sokuguguleka. Ukushintshwa kwamabhereyitha kuyisenzakalo sokulungiswa kwesakhiwo, lapho ukushintshwa kudinga ukuhlukaniswa kwephampu kanye nokushintshwa kwesethi yamabhereyitha. Izindleko zokushintshwa kwamabhereyitha ngokuvamile ziyi-15-25% yezindleko zamabhereyitha amasha.
Iphampu yepiston ngokuvamile idinga isevisi yepiston kanye nebhulokhi yesilinda emahoreni ayi-10,000-20,000, kanti uphawu lwepiston kanye nembobo yesilinda kuyizinto eziyinhloko ezigugile. Isevisi yepiston iwumcimbi wokulungiswa kwesakhiwo, lapho isevisi idinga ukuhlukaniswa kwephampu kanye nokufakwa esikhundleni kwepiston/isilinda. Izindleko zesevisi yepiston ngokuvamile zingama-25-40% wezindleko zephampu entsha.
Izifundo Zezinhlelo Ezintathu ze-OEM kanye Nokukhethwa Kwazo Kwephampu
Izifundo ezintathu zohlelo lwe-OEM zibonisa indlela ukukhethwa kohlobo lwephampu okusekelwe ekuhwebelaneni kwamapharamitha amane okuletha ngayo ukusebenza kohlelo kanye nokwenza ngcono izindleko zokuphila konke.
Icala 1: Umkhiqizi wemishini yokucindezela yase-Italy, isabelomali somsindo wepompo yegiya sidluliwe, ukukhethwa kwepompo ye-vane. Imininingwane yokuqala: ipompo yegiya yokucindezela okuzwela umsindo. Umphumela: 78-82 dB(A), edlula imininingwane engu-72 dB(A). Ukulungiswa: ipompo ye-vane ye-Denison T6/T7. Umphumela: 62-68 dB(A), imininingwane yomhlangano. Isifundo: iphrofayili yomsindo incazelo yesakhiwo sohlelo lokusebenza lwe-workshop.
Icala 2: Umshini wokubumba umjovo waseBrazil i-OEM, ipompo yepiston overspec, ipompo ye-vane enesistimu ye-servo. Imininingwane yokuqala: ipompo yepiston yomshini wokujova. Umphumela: izindleko zokuqala eziphezulu, akukho nzuzo yokusebenza kahle. Ukulungiswa: ipompo ye-vane enesistimu ye-servo yokonga amandla. Umphumela: Ukunciphisa amandla ngo-30-50% ngezindleko eziphansi. Isifundo: ipompo yepiston iyincazelo yesakhiwo kuphela yokusetshenziswa komfutho ophezulu.
Icala 3: Uhlelo lwasolwandle lwaseNorway, ipompo yepiston yesekethe enomfutho ophezulu, izindleko zokuphila konke zenziwe ngcono. Imininingwane yokuqala: ipompo ye-vane yesistimu ye-hydraulic yasolwandle kubha engu-280. Umphumela: ipompo ye-vane ayikwazi ukufinyelela kubha engu-280. Ukulungiswa: ipompo yepiston yesekethe enomfutho ophezulu. Umphumela: Ukwehliswa kwezindleko zokuphila konke okungu-25-30% ngomfutho ophezulu. Isifundo: ipompo yepiston iyincazelo yesakhiwo yesicelo somfutho ophezulu.
Intambo efanayo kuzo zonke izinhlelo ezintathu: ukukhethwa kohlobo lwephampu ngokusekelwe ekuhwebelaneni kwamapharamitha amane yincazelo yesakhiwo sokusebenza kwesistimu kanye nezindleko zokuphila konke. Izinhlelo ezichaza uhlobo lwephampu ngokusekelwe ekuhwebelaneni zithola uhlelo oluhambisana nesidingo sesicelo.
Ukuthola Amaphampu E-Hydraulic Kusuka ku-Vicks Hydraulic
Kwabaklami bezinhlelo ze-hydraulic abathenga amaphampu avela ku-Vicks Hydraulic, ingxoxo yokuthengwa kufanele ihlanganise izinto eziyisithupha ngaphambi kokuba kuqedwe ukukhetha iphampu.
- Ingcindezi yokusebenza: ingcindezi yokusebenza ephezulu kanye nengcindezi yokusebenza eqhubekayo, enquma uhlobo lwephampu (igiya, i-vane, noma i-piston).
- Izinga lokugeleza: izinga lokugeleza elidingekayo kanye nokwehluka kwezinga lokugeleza, okunquma ukufuduka kanye nosayizi wephampu.
- Ukucaciswa komsindo: umkhawulo womsindo endaweni yokufaka, onquma uhlobo lwephampu lwezinhlelo zokusebenza ezizwela umsindo.
- Umjikelezo womsebenzi: iphrofayili yomjikelezo womsebenzi (eqhubekayo, engapheli, esezingeni eliphezulu), enquma ukubalwa kwezindleko zokuphila konke.
- Imininingwane yoketshezi: uhlobo loketshezi lwe-hydraulic kanye ne-viscosity, okunquma ukuhambisana kwephampu kanye nokusebenza kahle kwayo.
- Imfuneko yesitifiketi: imfuneko yesitifiketi sesicelo (i-CCS, i-DNV, i-ABS, i-BV, i-LR yezasolwandle; i-CE yezimboni), enquma imibhalo yesitifiketi.
IUhla oluphelele lwemikhiqizo yephampu ye-Vicksihlanganisa ukukhetha kwe-vane/igiya/i-piston.Amaphampu e-Denison T6/T7 Series Vaneumndeni we-vane onengcindezi ephezulu yesakhiwo.Cela isilinganiso sokukhetha iphampungesidingo sokucindezela nokugeleza.
Cela Isilinganiso Sokukhetha Iphampu
Sitshele ingcindezi yokusebenza, izinga lokugeleza, incazelo yomsindo, umjikelezo womsebenzi, kanye nesitifiketi. Sizonikeza isincomo sohlobo lwephampu kanye nokuhlaziywa kwezindleko zokuphila konke kohlelo lwakho lwe-hydraulic.
imibuzo ejwayelekile ukubuzwa
Uyini umehluko wesakhiwo phakathi kwephampu ye-vane, iphampu yegiya, kanye nephampu ye-piston?
Iphampu ye-Vane isebenzisa i-rotor ene-vanes ezishelelayo. Izindinganiso zokuhlola iphampu ye-hydraulic zomhlaba wonke zishicilelwa ngezindlela zokuhlola ukusebenza kwamaphampu wamandla we-hydraulic fluid e-ISO 4391. Iphampu yegiya isebenzisa amagiya amabili ane-meshing abamba futhi ahambise uketshezi phakathi kwamazinyo egiya kanye ne-housing. Iphampu ye-piston isebenzisa ama-piston aphindaphindayo kuma-cylinder bores adonsela futhi akhiphe uketshezi ngama-port plate.
Yiluphi uhlobo lwephampu olunomsindo ophansi kakhulu?
Iphampu ye-vane inephrofayili yomsindo ephansi kakhulu, ngokuvamile i-60-72 dB(A), ngenxa yokunyakaza okushelelayo kwama-vane kanye nokungabikho kwamazinyo egiya elihlanganisayo noma imithelela yepiston ephindaphindayo. Iphampu yegiya inephrofayili yomsindo ophakathi kuya phezulu, ngokuvamile i-70-82 dB(A). Iphampu yepiston inephrofayili yomsindo ephezulu kakhulu, ngokuvamile i-75-85 dB(A).
Yiluphi uhlobo lwephampu olufinyelela ingcindezi yokusebenza ephezulu kakhulu?
Iphampu yepiston ifinyelela ingcindezi yokusebenza ephezulu kakhulu, ngokuvamile ifinyelela kubha engu-350-450 (amanye amaphampu episton ezimboni afinyelela kubha engu-700+). Iphampu ye-vane ifinyelela ingcindezi yokusebenza ephakathi nendawo, ngokuvamile ifinyelela kubha engu-175-210. Iphampu yegiya ifinyelela ingcindezi yokusebenza ephansi kakhulu, ngokuvamile ifinyelela kubha engu-100-175 (amaphampu egiya anomfutho ophezulu afinyelela kubha engu-250).
Iyini ukusebenza kahle kwevolumu kohlobo ngalunye lwephampu?
Iphampu yepiston inokusebenza kahle kakhulu kwevolumu, ngokuvamile ingama-95-98% uma icindezelwe kahle. Iphampu ye-vane inokusebenza kahle okuphezulu kwevolumu, ngokuvamile ingama-90-96% uma icindezelwe kahle. Iphampu yegiya inokusebenza kahle kakhulu kwevolumu, ngokuvamile ingama-85-92% uma icindezelwe kahle, ngenxa yokuvuza kwangaphakathi kwezinyo legiya.
Iyini ukuqhathanisa izindleko zesakhiwo phakathi kwezinhlobo ezintathu zephampu?
Iphampu yegiya ngokuvamile ishibhile ngenxa yomklamo olula wamagiya amabili. Iphampu ye-vane ngokuvamile iphakathi nendawo ngenxa yendandatho yekhamera enziwe ngomshini kanye nama-sliding vanes. Iphampu ye-piston ngokuvamile ibiza kakhulu ngenxa ye-cylinder block eyinkimbinkimbi, i-piston assembly, kanye ne-port plate.
Yisiphi isicelo esijwayelekile sohlobo ngalunye lwephampu?
Iphampu ye-vane ivame ukusetshenziselwa izinhlelo zokusebenza ezinomfutho ophakathi nendawo ezidinga umsindo ophansi: imishini yokubumba ngepulasitiki, amathuluzi omshini, ama-hydraulic ahambayo, kanye nezinhlelo zokusebenza zasolwandle. Iphampu yegiya ivame ukusetshenziselwa izinhlelo zokusebenza ezinomfutho ophansi kuya ophakathi ezidinga izindleko eziphansi. Iphampu ye-piston ivame ukusetshenziselwa izinhlelo zokusebenza ezinomfutho ophakeme: imishini yokwakha, imishini yokucindezela yezimboni esindayo, imishini yokumba.
Iyini isikhathi sokulungisa uhlobo ngalunye lwephampu?
Iphampu ye-vane ngokuvamile idinga ukushintshwa kwe-vane emahoreni angu-5,000-10,000. Iphampu yegiya ngokuvamile idinga ukushintshwa kwe-bearing emahoreni angu-8,000-15,000. Iphampu ye-piston ngokuvamile idinga isevisi ye-piston kanye ne-cylinder block emahoreni angu-10,000-20,000.
Iyini izinga lezindleko zokuphila konke zohlobo ngalunye lwephampu?
Ezisetshenzisweni ezinomfutho ophansi, iphampu yegiya ivame ukuba nezindleko eziphansi kakhulu zokuphila konke. Ezisetshenzisweni ezinomfutho ophakathi nendawo, iphampu ye-vane ivame ukuba nezindleko eziphansi kakhulu zokuphila konke. Ezisetshenzisweni ezinomfutho ophakeme, iphampu ye-piston ivame ukuba nezindleko eziphansi zokuphila konke naphezu kwezindleko zokuqala eziphezulu.
Isikhathi sokuthunyelwe: Agasti-21-2026