Impendulo ekhawulezileyo (Kubathengi beNkqubo yeHydraulic)
- Uyilo lwepompo ezintathu, ulungelelwaniso lwesakhiwo oluthathu: i-vane = ukuzola + uxinzelelo oluphakathi; igiya = ixabiso eliphantsi + uxinzelelo oluphantsi; ipiston = uxinzelelo oluphezulu + ukusebenza kakuhle okuphezulu.
- Iuluhlu olupheleleyo lwemveliso yepompoigubungela ukhetho lwe-vane/gear/piston.
- IIimpompo zeDenison T6/T7 Series Vanelusapho lwe-vane olunoxinzelelo oluphezulu lwesakhiwo.
- Cela isicatshulwa sokukhetha impompokunye neemfuno zoxinzelelo kunye nokuhamba kwamanzi.
- Umthetho wesigqibo: i-vane yokubeka ingxolo < igiya < ipiston; i-piston yokubeka ingxinzelelo > <; i-vane > igiya; iindleko zobomi bonke zixhomekeke kumjikelo womsebenzi.
Uninzi lwabayili beenkqubo ze-hydraulic bachaza uhlobo lwepompo ngokusekwe kwimfuneko yokuhamba kunye noxinzelelo ngaphandle kokuqonda umahluko wesakhiwo phakathi kwe-vane, gear, kunye neepompo zepiston. Isiphumo sisiphumo sokuthengwa apho umyili echaza ipompo yegiya kwisicelo esinovakalelo kwingxolo kwaye ingxolo yenkqubo idlula inkcazo, okanye echaza ipompo yepiston kwisicelo esinoxinzelelo oluphantsi kwaye ixabiso lokuqala liphezulu ngokungeyomfuneko. Isisombululo kukuchaza uhlobo lwepompo ngokusekwe kwi-trade-off yeeparameter ezine (ukusebenza kakuhle, ingxolo, uxinzelelo, iindleko) kwinqanaba loyilo lwenkqubo.
IUluhlu olupheleleyo lweemveliso zepompo zeVicksigubungela ukhetho lwe-vane/gear/piston.Iimpompo zeDenison T6/T7 Series Vanelusapho lwe-vane olunoxinzelelo oluphezulu lwesakhiwo.Cela isicatshulwa sokukhetha impompokunye neemfuno zoxinzelelo kunye nokuhamba kwamanzi.
Utshintsho lweeparameter ezine, uthelekiso lwengxolo yolwakhiwo, udidi lokusebenza kakuhle kwevolumu, kunye nezifundo ezintathu zenkqubo ye-OEM ezingezantsi ziinkcukacha zolwakhiwo lokukhethwa kwepompo ye-hydraulic.
Iimpompo ze-T7 Series single pump T7B high pressure vane pump — iinkcukacha zesakhiwo senkqubo ye-hydraulic enengxolo ephantsi ephakathi.Jonga uthotho lwe-T6/T7 →
Umenzi weendaba wase-Itali oneeGiar Pump Special ezicime uhlahlo-lwabiwo mali lwengxolo
Umenzi we-industrial press uqhagamshelane nathi phakathi kowama-2024 emva kokuba umthengisi wabo wangaphambili we-hydraulic echaze ipompo yegiya yokusetyenziswa kwepress evakalelwa yingxolo, apho ukufakelwa kwepress kwindawo yeworkshop kufuna inqanaba lengxolo elingaphantsi kwama-72 dB(A) kwimitha e-1. Ipompo yegiya isebenza kwi-78-82 dB(A) kwindawo efanayo yokulinganisa, idlula inkcazo yengxolo yeworkshop nge-6-10 dB(A) kwaye ibangela isikhalazo sengxolo yabathengi ekufuneka umenzi wepress ayifunxe. Ukwenziwa kwemveliso kweenyanga ezi-6 kwafuneka kuphinde kufumaneke ipompo ye-vane ehlangabezana nenkcazo yengxolo, apho umenzi wepress ethatha iindleko zotshintsho lomthengisi kunye nokulibaziseka kwemveliso.
Isizathu esiyintloko yayikukucaciswa kohlobo lwepompo ngaphandle kohlalutyo lwengxolo. Ipompo yegiya yeyona pump ibiza kancinci, kodwa i-meshing yegiya namazinyo ivelisa iprofayili yengxolo edlula inkcazo yesicelo esabela kwingxolo. **Ukukhethwa kwepompo yegiya bekungahambelani ngokwesakhiwo nomda wengxolo weworkshop we-72 dB(A), ingxolo idlula inkcazo nge-6-10 dB(A) kwaye isikhalazo sengxolo kukuba ukungafani kwesakhiwo kutyhilekile**.
Ulungiso yayikukucacisa i-[Vicks Denison T6/T7 Series vane pump](https://www.vickshydraulic.com/products/pump/t6t7-series/) eneprofayili yengxolo ebhalwe kwinqanaba loyilo lwenkqubo. Inkcazo entsha ibandakanya uhlobo lwepompo (vane), iprofayili yengxolo (62-68 dB(A) kwimitha e-1), uxinzelelo lokusebenza (175 bar continuous), kunye nokusebenza kakuhle kwevolumetric (94% kuxinzelelo olulinganisiweyo). **Ukuthengwa okutsha kunikezele inkqubo yokucinezela kwinkcazo yengxolo, kunye nokukhethwa kwepompo yevane kuvala umsantsa wengxolo owawushiywe ubonakala kwinkcazo yepompo yegiya**.
Ingqiqo yolwakhiwo oluvela kule meko: iinkcukacha zohlobo lwepompo kufuneka zibandakanye uhlalutyo lweprofayili yengxolo, kungekuphela nje imfuneko yokuhamba kunye noxinzelelo. Iinkqubo ezichaza uhlobo lwepompo ngaphandle kohlalutyo lwengxolo zihlangabezana nesikhalazo sengxolo ebesiya kuthinjwa luhlalutyo lwengxolo.
Ubungakanani bokusebenza kakuhle kweVolumetric: IPiston > iVane > iGear
Ukusebenza kakuhle kwevolumu yindlela echazwe ngayo indlela esebenza ngayo ipompo. Imigangatho yokusebenza kakuhle kwenkqubo yamandla olwelo lwe-hydraulic ipapashwe ngemigangatho yokusebenza kakuhle kwamandla olwelo lwe-hydraulic ye-ISO 4419. Ipompo yepiston inokusebenza kakuhle okuphezulu kwevolumu, ipompo ye-vane inokusebenza kakuhle okuphezulu kwevolumu, kwaye ipompo yegiya inokusebenza kakuhle kwevolumu ephantsi.
Impompo yepiston ifumana ukusebenza okuphezulu kwevolumetric (95-98% kuxinzelelo olulinganisiweyo) ngenxa yejometri yembobo yesilinda evaliweyo. I-piston seal yeyona ndlela yokuvuza, ene-piston seal echanekileyo eyenziwe ngomatshini ukunciphisa ukuvuza. Ukusebenza okuphezulu kwevolumetric yinkcazo yesakhiwo sokusetyenziswa komjikelo ophezulu we-high-pressure.
Ipompo ye-vane ifumana ukusebenza kakuhle kwe-volumetric (90-96% kuxinzelelo olulinganisiweyo) ngenxa yencam ye-vane kunye ne-cam ring geometry. I-vane tip seal yindlela ephambili yokuvuza, kunye ne-vane tip echanekileyo eyenziwe ngomatshini kunye ne-cam ring echanekileyo yokugutyungelwa ukunciphisa ukuvuza. Ukusebenza kakuhle kwe-volumetric ephezulu yinkcazo yesakhiwo sokusetyenziswa kwengxolo ephantsi koxinzelelo oluphakathi.
Impompo yegiya ine-volumetric efficiency ephantsi (85-92% xa iphantsi koxinzelelo) ngenxa yokuvuza kwegiya kunye namazinyo. Umgca woqhagamshelwano lwegiya kunye namazinyo yindlela ephambili yokuvuza, apho i-gear echanekileyo yenziwe ngomatshini ukunciphisa ukuvuza kodwa ayikwazi ukuhambelana ne-piston okanye i-vane seal echanekileyo. I-volumetric esezantsi isebenza kakuhle ngokwesakhiwo sesicelo esiphantsi soxinzelelo oluphantsi kunye nexabiso eliphantsi.
Uthelekiso lweProfayili yeNgxolo: IiVane Pump Leads kwi-60-72 dB(A)
Iprofayili yengxolo yinkcazo yesakhiwo sesicelo esinovakalelo kwingxolo. Imigangatho yokulinganisa ingxolo yepompo ye-hydraulic ipapashwa ngemigangatho yokulinganisa ingxolo yamandla olwelo lwe-hydraulic ye-ISO 4419. Uhlu lweprofayili yengxolo luqhutywa yindlela yokufuduka, apho indlela nganye ivelisa isandi esiqhelekileyo kunye nobukhulu baso.
| Ipharamitha | Impompo yeVane | Impompo yeGiya | Impompo yePiston |
|---|---|---|---|
| Ingxolo kwi-1m (dB(A)) | 60-72 | 70-82 | 75-85 |
| Umthombo wengxolo ebalaseleyo | Ukungqubana kwe-Vane sliding | Ukudibanisa izixhobo | I-piston impact, i-port plate |
| Ingxolo rhoqo | Iphakathi-phezulu (igudileyo) | Phezulu (i-mesh yegiya) | Umbindi (umjikelo wepiston) |
| Uphawu lweprofayili yengxolo | I-Broadband, igudileyo | Ithoni, ibukhali | Ukujikeleza, ungxamile |
| Eyona ndlela ifanelekileyo yokusebenzisa isicelo | Indawo yokusebenzela, ulwandle, isixhobo somatshini | Ngaphandle, eziphathwayo, kwezolimo | Imizi-mveliso, ulwakhiwo |
Uthelekiso lweprofayili yengxolo lubonisa ukuba ipompo ye-vane inenzuzo yesakhiwo kwisicelo esinovakalelo kwingxolo, apho ipompo yegiya kunye nepompo yepiston zineprofayili zengxolo eziphezulu ngokuqhubekayo ngenxa yeendlela ze-meshing kunye nempembelelo. Iprofayili yengxolo yinkcazo yesakhiwo sokuhambelana nendawo yesicelo.
Uluhlu loxinzelelo olusebenzayo: I-Piston ukuya kuthi ga kwi-700+ Bar
Uluhlu loxinzelelo lokusebenza luchaza ulwakhiwo lwamandla oxinzelelo lwenkqubo ye-hydraulic, apho ipompo yepiston ifikelela kuxinzelelo oluphezulu lokusebenza phakathi kweentlobo ezintathu zepompo. Uhlu loxinzelelo lokusebenza luqhutywa yijiyometri yoxinzelelo, apho ijiyometri nganye ixhasa uxinzelelo oluphezulu olwahlukileyo.
Impompo yepiston ifikelela kuxinzelelo oluphezulu lokusebenza (ngesiqhelo ukuya kuthi ga kwi-350-450 bar, kunye neepompo zepiston zoshishino ukuya kuthi ga kwi-700+ bar) ngenxa yejometri yembobo yesilinda evaliweyo. I-piston seal kunye ne-port plate zezona ndlela zokuthintela uxinzelelo kuphela, kunye nembobo yesilinda echanekileyo eyenziwe ngomatshini kunye ne-piston seal ekumgangatho ophezulu. Uxinzelelo oluphezulu lokusebenza luyinkcazo yesakhiwo sokusetyenziswa kwamandla aphezulu oxinzelelo oluphezulu.
Ipompo ye-vane ifumana uxinzelelo oluphakathi lokusebenza (ngesiqhelo ukuya kuthi ga kwi-175-210 bar kwiipompo ze-vane ezinoxinzelelo oluphezulu ezifana nothotho lweDenison T6/T7) ngenxa yencam ye-vane kunye ne-cam ring geometry. Incam ye-vane yindlela ephambili yokulawula uxinzelelo, kunye nencam ye-vane ilinganisela uxinzelelo kunye ne-cam ring echanekileyo. Uxinzelelo oluphakathi lokusebenza luyinkcazo yesakhiwo sokusetyenziswa koxinzelelo oluphakathi.
Impompo yegiya ifikelela kuxinzelelo oluphantsi lokusebenza (ngesiqhelo ukuya kuthi ga kwi-100-175 bar, kunye neempompo zegiya ezinoxinzelelo oluphezulu ukuya kuthi ga kwi-250 bar) ngenxa yoxinzelelo lwegiya kunye namazinyo. Umgca woqhagamshelwano lwegiya kunye namazinyo yindlela ephambili yoxinzelelo, kunye noxinzelelo lwegiya olulinganisiweyo kunye noxinzelelo oluphezulu lwendlu. Uxinzelelo oluphantsi lokusebenza luyinkcazo yesakhiwo sokusetyenziswa koxinzelelo oluphantsi.
Uhlalutyo lweendleko zobomi bonke: Umjikelo woMsebenzi uthatha isigqibo
Uhlalutyo lweendleko zobomi bonke luphawu lwesakhiwo sokukhethwa kwepompo. Ukuthembeka koomatshini bemizi-mveliso kunye nemigangatho yokuqikelela ubomi bonke ipapashwa ngemigangatho yokhuseleko loomatshini be-ISO 12100. Ukubekwa kweendleko zobomi bonke kuxhomekeke kumjikelo womsebenzi, apho umjikelo ngamnye womsebenzi ukhetha uhlobo olwahlukileyo lwepompo.
Kwizicelo ezinoxinzelelo oluphantsi (ngaphantsi kwe-175 bar) kunye nomjikelo womsebenzi oqhubekayo, ipompo yegiya idla ngokuba nexabiso eliphantsi lobomi bonke. Ixabiso lokuqala eliphantsi lilinganisa iindleko eziphezulu zamandla kunye nexesha eliphantsi lokugcinwa, kwaye iindleko zobomi bonke zihlala ziphantsi nge-15-25% kunepompo ye-vane kumjikelo ofanayo womsebenzi.
Kwizicelo zoxinzelelo oluphakathi (175-210 bar) ezine-duty cycle eqhubekayo, i-vane pump idla ngokuba nexabiso eliphantsi lobomi bonke. Ukusebenza kakuhle kwe-volumetric kunciphisa iindleko zokuqala eziphezulu, kwaye iindleko zobomi bonke zihlala ziphantsi nge-10-20% kune-piston pump kwi-duty cycle efanayo.
Kwizicelo zoxinzelelo oluphezulu (ngaphezulu kwe-210 bar) kunye nomjikelo womsebenzi oqhubekayo, ipompo yepiston idla ngokuba nexabiso eliphantsi lobomi bonke. Ukusebenza kakuhle kwevolumu ephezulu kunciphisa ixabiso lokuqala eliphezulu, kwaye iindleko zobomi bonke zihlala ziphantsi ngama-20-30% kunepompo ye-vane kumjikelo ofanayo womsebenzi kuxinzelelo oluphezulu.
Ukuthelekiswa kweXesha loLondolozo: Iiyure ezi-5,000 ukuya kwezingama-20,000
Ixesha lokugcinwa lichaza ulwakhiwo locwangciso lobomi bepompo, apho uhlobo ngalunye lwepompo lufuna ishedyuli yokugcinwa eyahlukileyo. Ukubekwa kwinqanaba lexesha lokugcinwa kuqhutywa yindlela yokuguguleka, apho indlela nganye ivelisa izinga lokuguguleka elahlukileyo.
Ipompo ye-vane idla ngokufuna ukutshintshwa kwe-vane ngeeyure ezi-5,000-10,000, kwaye incam ye-vane yeyona nto iphambili ekugugeni. Ukutshintshwa kwe-vane sisiganeko sokugcinwa kwesakhiwo, apho ukutshintshwa kufuna ukuqhaqhwa kwepompo kunye nokutshintshwa kweseti ye-vane. Ixabiso lokutshintshwa kwe-vane lidla ngokuba yi-20-35% yexabiso lepompo entsha.
Impompo yegiya idla ngokufuna ukutshintshwa kweebheringi kwiiyure eziyi-8,000-15,000, kwaye ibheringi yeyona nto iphambili ekugugeni. Ukutshintshwa kweebheringi sisiganeko sokugcinwa kwesakhiwo, apho ukutshintshwa kufuna ukuqhaqhwa kwepompo kunye nokutshintshwa kweseti yeebheringi. Iindleko zokutshintshwa kweebheringi zihlala ziyi-15-25% yeendleko zepompo entsha.
Ipompo yepiston idla ngokufuna inkonzo yepiston kunye nebloko yesilinda kwiiyure ezili-10,000-20,000, apho isitywino sepiston kunye nebhore yesilinda zezona zinto ziphambili zokuguguleka. Inkonzo yepiston sisiganeko sokugcinwa kwesakhiwo, apho inkonzo ifuna ukuqhaqhwa kwepompo kunye nokutshintshwa kwepiston/isilinda. Ixabiso lenkonzo yepiston lidla ngokuba yi-25-40% yexabiso lepompo entsha.
Izifundo ezintathu zeNkqubo ye-OEM kunye noKhetho lwazo lweeMpompo
Izifundo ezintathu zenkqubo ye-OEM zibonisa indlela ukukhethwa kohlobo lwepompo olusekelwe kurhwebo lweeparameter ezine oluzisa ngayo ukusebenza kwenkqubo kunye nokuphuculwa kweendleko zobomi bonke.
Ityala 1: Umenzi we-press wase-Itali, i-gear pump ingxolo ibhajethi idlulile, ukhetho lwe-vane pump. Inkcazo yokuqala: i-gear pump ye-press ejongene nengxolo. Isiphumo: 78-82 dB(A), idlula i-72 dB(A) spec. Ukulungiswa: i-Denison T6/T7 vane pump. Isiphumo: 62-68 dB(A), spec yentlanganiso. Isifundo: i-noise profile yinkcazo yesakhiwo sesicelo se-workshop.
Ityala lesi-2: Umatshini wokubumba inaliti waseBrazil i-OEM, ipompo yepiston egqithisileyo, ipompo yevane enenkqubo ye-servo. Inkcazo yokuqala: ipompo yepiston yomatshini wokujova. Isiphumo: iindleko zokuqala eziphezulu, akukho nzuzo yokusebenza kakuhle. Ulungiso: ipompo yevane enenkqubo ye-servo yokonga amandla. Isiphumo: Ukunciphisa amandla ngama-30-50% ngexabiso eliphantsi. Isifundo: ipompo yepiston yinkcazo yesakhiwo kuphela yokusetyenziswa koxinzelelo oluphezulu.
Ityala 3: Inkqubo yaselwandle yaseNorway, ipompo yepiston yesekethe yoxinzelelo oluphezulu, iindleko zobomi bonke eziphuculweyo. Inkcazo yokuqala: ipompo yevane yenkqubo ye-hydraulic yaselwandle kwi-280 bar. Isiphumo: ipompo yevane ayikwazi ukufikelela kwi-280 bar. Ukulungiswa: ipompo yepiston yesekethe yoxinzelelo oluphezulu. Isiphumo: Ukunciphisa iindleko zobomi bonke ngama-25-30% kuxinzelelo oluphezulu. Isifundo: ipompo yepiston yinkcazo yesakhiwo sesicelo soxinzelelo oluphezulu.
Umsonto oqhelekileyo kuzo zonke iinkqubo ezintathu: ukukhethwa kohlobo lwepompo olusekelwe kurhwebo oluneeparameter ezine yinkcazo yesakhiwo sokusebenza kwenkqubo kunye neendleko zobomi bonke. Iinkqubo ezichaza uhlobo lwepompo olusekelwe kurhwebo zifumana inkqubo ehambelana neemfuno zesicelo.
Ukufumana iiMpompo zeHydraulic ezivela kwiVicks Hydraulic
Kwabo bayila iinkqubo ze-hydraulic abafumana iimpompo ezivela kwiVicks Hydraulic, incoko yokuthenga kufuneka igubungele izinto ezintandathu ngaphambi kokuba kugqitywe ukhetho lwempompo.
- Uxinzelelo olusebenzayo: uxinzelelo oluphezulu olusebenzayo kunye noxinzelelo oluqhubekayo olusebenzayo, oluchaza uhlobo lwepompo (igiya, i-vane, okanye i-piston).
- Izinga lokuhamba: izinga lokuhamba elifunekayo kunye notshintsho lwezinga lokuhamba, nto leyo egqiba ngokufuduka kunye nobukhulu bepompo.
- Iinkcukacha zengxolo: umda wengxolo kwindawo yokufakela, omisela uhlobo lwepompo yezicelo ezibuthathaka kwingxolo.
- Umjikelo womsebenzi: iprofayili yomjikelo womsebenzi (eqhubekayo, engapheliyo, efikelela kwincopho), emisela ukubalwa kweendleko zobomi bonke.
- Iinkcukacha zolwelo: uhlobo lolwelo lwe-hydraulic kunye ne-viscosity, ezimisela ukuhambelana kwepompo kunye nokusebenza kakuhle kwayo.
- Imfuneko yesatifikethi: imfuneko yesatifikethi sesicelo (i-CCS, i-DNV, i-ABS, i-BV, i-LR yezelwandle; i-CE yezemizi-mveliso), emisela uxwebhu lwesatifikethi.
IUluhlu olupheleleyo lweemveliso zepompo zeVicksigubungela ukhetho lwe-vane/gear/piston.Iimpompo zeDenison T6/T7 Series Vanelusapho lwe-vane olunoxinzelelo oluphezulu lwesakhiwo.Cela isicatshulwa sokukhetha impompokunye neemfuno zoxinzelelo kunye nokuhamba kwamanzi.
Cela iKoteshini yoKhetho lwePump
Sixelele uxinzelelo olusebenzayo, isantya sokuhamba, iinkcukacha zengxolo, umjikelo womsebenzi, kunye nesiqinisekiso. Siza kubonelela ngengcebiso yohlobo lwepompo kunye nohlalutyo lweendleko zobomi bonke kwinkqubo yakho ye-hydraulic.
Imibuzo ebuzwa qho
Yintoni umahluko phakathi kwepompo ye-vane, ipompo yegiya, kunye nepompo yepiston?
Ipompo yeVane isebenzisa i-rotor ene-sliding vanes. Imigangatho yovavanyo lwepompo ye-hydraulic yamazwe ngamazwe ipapashwa ngeendlela zovavanyo lokusebenza kweepompo zamandla olwelo lwe-hydraulic ze-ISO 4391. Ipompo yeGiya isebenzisa iigiya ezimbini ze-meshing ezibamba kwaye zishukumise ulwelo phakathi kwamazinyo egiya kunye nendlu. Ipompo yePiston isebenzisa iipiston ezijikelezayo kwiibhore ze-cylinder ezitsala kwaye zikhuphe ulwelo kwiiplati zezibuko.
Loluphi uhlobo lwepompo oluneprofayili yengxolo ephantsi?
Ipompo ye-vane ineprofayili yengxolo ephantsi, idla ngokuba yi-60-72 dB(A), ngenxa yentshukumo etyibilikayo ye-vane kunye nokungabikho kwamazinyo e-meshing gear okanye impembelelo ye-piston ejikelezayo. Ipompo yegiya ineprofayili yengxolo ephakathi ukuya kwephezulu, idla ngokuba yi-70-82 dB(A). Ipompo yepiston ineprofayili yengxolo ephezulu, idla ngokuba yi-75-85 dB(A).
Loluphi uhlobo lwempompo olufikelela kuxinzelelo oluphezulu lokusebenza?
Impompo yepiston ifikelela kuxinzelelo oluphezulu lokusebenza, ngesiqhelo ukuya kuthi ga kwi-350-450 bar (ezinye iipompo zepiston zoshishino ukuya kuthi ga kwi-700+ bar). Impompo ye-vane ifikelela kuxinzelelo oluphakathi lokusebenza, ngesiqhelo ukuya kuthi ga kwi-175-210 bar. Impompo yegiya ifikelela kuxinzelelo oluphantsi lokusebenza, ngesiqhelo ukuya kuthi ga kwi-100-175 bar (iipompo zegiya ezinoxinzelelo oluphezulu ukuya kuthi ga kwi-250 bar).
Ingakanani i-volumetric efficiency yohlobo ngalunye lwepompo?
Impompo yepiston inomthamo ophezulu wokusebenza, ngesiqhelo ingama-95-98% xa kucinezelwe ngokwezinga. Impompo yevane inomthamo ophezulu wokusebenza, ngesiqhelo ingama-90-96% xa kucinezelwe ngokwezinga. Impompo yegiya inomthamo omncinci wokusebenza, ngesiqhelo ingama-85-92% xa kucinezelwe ngokwezinga, ngenxa yokuvuza kwangaphakathi kwegiya namazinyo.
Ithini intelekelelo yeendleko zesakhiwo phakathi kweentlobo ezintathu zepompo?
Ipompo yegiya idla ngokuba yeyona ibiza kancinci ngenxa yoyilo olulula lweegiya ezimbini. Ipompo yevane idla ngokuba phakathi ngenxa yeringi yekhamera echanekileyo kunye neevane ezityibilikayo. Ipompo yepiston idla ngokuba yeyona ibiza kakhulu ngenxa yebloko yesilinda eyinkimbinkimbi, indibano yepiston, kunye nepleyiti yezibuko.
Yintoni eqhelekileyo esetyenziswa kuhlobo ngalunye lwepompo?
Ipompo ye-vane idla ngokusetyenziselwa ukusetyenziswa koxinzelelo oluphakathi olufuna ingxolo ephantsi: oomatshini bokubumba nge-injection yeplastiki, izixhobo zoomatshini, ii-hydraulics ezihambayo, kunye nokusetyenziswa kolwandle. Ipompo yegiya idla ngokusetyenziselwa ukusetyenziswa koxinzelelo oluphantsi ukuya koluphakathi olufuna ixabiso eliphantsi. Ipompo yepiston idla ngokusetyenziselwa ukusetyenziswa koxinzelelo oluphezulu: oomatshini bokwakha, oomatshini bokushicilela abasebenza nzima kwimizi-mveliso, izixhobo zemigodi.
Ingakanani ixesha lokugcinwa kohlobo ngalunye lwepompo?
Ipompo ye-vane idla ngokufuna ukutshintshwa kwe-vane kwiiyure eziyi-5,000-10,000. Ipompo yegiya idla ngokufuna ukutshintshwa kweebheringi kwiiyure eziyi-8,000-15,000. Ipompo ye-piston idla ngokufuna inkonzo ye-piston kunye ne-cylinder block kwiiyure eziyi-10,000-20,000.
Ingakanani ixabiso lobomi bonke lohlobo ngalunye lwepompo?
Kwizicelo ezinoxinzelelo oluphantsi, ipompo yegiya idla ngokuba nexabiso eliphantsi lobomi bonke. Kwizicelo ezinoxinzelelo oluphakathi, ipompo ye-vane idla ngokuba nexabiso eliphantsi lobomi bonke. Kwizicelo ezinoxinzelelo oluphezulu, ipompo yepiston idla ngokuba nexabiso eliphantsi lobomi bonke nangona ixabiso lokuqala liphezulu.
Ixesha lokuthumela: Agasti-21-2026