TL;DR:Iiworkshop zokubumba i-injection kulo lonke elaseMzantsi-mpuma Asia — amawaka eendawo zokucubungula iplastiki kwiphondo laseSamut Prakan eThailand, kwiphondo laseBinh Duong eVietnam, nakwisithili saseTangerang eIndonesia — ziphucula iinkqubo zazo ze-hydraulic ngee-T7 series vane pumps njengendlela engabizi kakhulu yokutshintsha umatshini wonke okanye ukuguqula kwitekhnoloji ye-servo. I-T7 vane pump — i-high-pressure, high-flow variable-displacement vane pump eyenziwe yiVicks Hydraulic enomthamo wonyaka wemveliso we-80,000+ units — luphuculo olukhethwayo kuba lubonelela ngokusebenza kokuhamba kunye noxinzelelo olufunekayo kwiimashini zokubumba i-injection, kunye namaxwebhu esiqinisekiso (CCS, DNV, ABS, BV, LR) afunwa ngabakhi bomatshini kunye nabathengi bokugqibela kwiimfuno ze-marine kunye ne-offshore supply chain. Uphuculo lubandakanya ukutshintsha i-fixed-displacement pump ekhoyo (ngesiqhelo i-Vickers V20 okanye i-Vickers V series equivalent) nge-T7 variable-displacement pump ehambelana neprofayili yemfuno yokuhamba komatshini — ukuhamba okuphezulu ngexesha le-injection kunye ne-plasticising phases, ukuhamba okuphantsi ngexesha le-cooling kunye ne-clamping phases. Ukubalwa kokulinganisa isantya sokuhamba kwamanzi — okumisela ukufuduka kwepompo okufunekayo kwi-cm³/rev kwimisebenzi yokubopha, ukujova, kunye nokukhupha amanzi — yinkcazo ebalulekileyo emisela ukuba ukuphuculwa kubonelela ngokonga amandla okulindelekileyo (ukunciphisa kwe-25-35% ekusebenziseni amandla e-hydraulic) kunye nokuphuculwa kwexesha lomjikelo okulindelekileyo (ukunciphisa kwe-5-10% ukusuka kwisantya esikhawulezayo sokubopha kunye nokukhupha amanzi). Eli nqaku ligubungela iinkcukacha zokuhamba kwamanzi kunye noxinzelelo lwepompo ye-T7, i-logic ye-pressure compensator, inzuzo yesatifikethi sokubumba i-injection ye-marine-grade, kunye nenkqubo yokulungisa izinto ekufuneka abaphathi beeworkshop bayicebe.
Kutheni iiMpompo zeVane zeT7 Series ziyindlela ekhethwayo yokuphucula oomatshini bokubumba inaliti kwi-SEA
Inkqubo ye-hydraulic yomatshini wokubumba i-injection kwindawo yokusebenzela yase-SE Asia idla ngokusebenzisa ipompo ye-vane eguquguqukayo eqhubeka ngokuqhubekayo ngesantya esihambelanayo semoto yombane (1,450-1,750 RPM, kuxhomekeke ekubenila kweepali zemoto kunye ne-frequency yombane yendawo - 50 Hz kuwo onke amazwe ase-SE Asia). Ipompo eguquguqukayo inika isantya sokuhamba esingaguqukiyo (ngokulinganisela isantya semoto) nokuba imfuno yokuhamba ngokukhawuleza komatshini ingakanani na. Xa umatshini ukwisigaba sokuphola somjikelo wokubumba - ngesiqhelo i-40-60% yexesha elipheleleyo lomjikelo - ipompo isahambisa ukuhamba okupheleleyo, okujikeleziswa ngevalvu yokukhulula elinganayo yenkqubo kuxinzelelo olupheleleyo lwenkqubo, iguqula amandla e-hydraulic abe bubushushu ekufuneka bususwe yi-chiller okanye inqaba yokupholisa.
Ipompo ye-T7 variable-displacement vane isombulula oku kungasebenzi kakuhle ngenkqubo yokulawula i-pressure compensator. Ukufuduka kwepompo (umthamo weoyile ehanjiswayo ngokujikeleza ngakunye) kulawulwa yi-spring-loaded compensator spool eva uxinzelelo lwe-pump outlet. Xa uxinzelelo kwi-pump outlet lufikelela kwi-compensator setting (ngesiqhelo ibekwe kwi-10-20% ngaphezulu kwemfuneko yenkqubo yokuvavanya umthwalo), i-compensator spool iyatshintsha, inciphisa ukufuduka kwepompo ukuya kwixabiso elincinci (ngesiqhelo yi-5-15% yokufuduka okupheleleyo). Ipompo iyaqhubeka nokujikeleza ngesantya semoto kodwa inika kuphela ukugeleza okuncitshisiweyo okufunekayo ukugcina useto lwe-pressure compensator - ukuhamba okwakuchithwa ngaphambili nge-relief valve ngoku kugciniwe, kunciphisa ukusetyenziswa kwamandla kwepompo ngama-60-80% ngexesha lesigaba sokupholisa.
Ukonga amandla kwimpompo yokutshintshatshintsha ihambelana nobude besigaba sokupholisa njengepesenti yexesha elipheleleyo lomjikelo. Kwivenkile eqhelekileyo yomsebenzi wokubumba i-SE Asian injection molding — ukuvelisa izixhobo zasekhaya, izixhobo zeemoto, okanye iimpahla zabathengi ezinezigaba zokupholisa zemizuzwana eyi-8-15 kumjikelo opheleleyo wemizuzwana engama-20-30 — impompo yokutshintshatshintsha igcina i-25-35% yokusetyenziswa kombane kwenkqubo ye-hydraulic xa kuthelekiswa nempompo yokutshintshatshintsha esisigxina enomlinganiselo ofanayo wokuhamba. Ukonga amandla kwizinga lombane wezimboni ze-SE Asian ($0.08-$0.12 nge-kWh) kuvelisa ukonga konyaka kwe-$800-$2,500 ngomatshini ngamnye ngonyaka, kwaye ixesha lokuhlawula lokuphucula i-T7 pump (iindleko zempompo + umsebenzi wokufaka) ziinyanga ezi-6-15.
IiVicks Hydraulic'sUluhlu lwepompo ye-T7 vaneibandakanya ukufuduswa ukusuka kwi-16 cm³/rev ukuya kwi-237 cm³/rev, egubungela iimfuno zokuhamba koomatshini bokubumba ngenaliti ukusuka kwiitoni ezingama-50 (amandla okubamba) ukuya kwiitoni ezingama-2,000.
Ukulinganisa Isantya Sokuhamba: Ukubala Ukususwa Kwempompo Efunekayo KwiClamp, Injection, kunye ne-Ejection
Ukususwa kwepompo — umthamo weoyile ethunyelwayo ngokujikeleza kweshaft yepompo — kufuneka uhambelane nomsebenzi ofunekayo kakhulu kumatshini. Kumatshini wokubumba ngenaliti, imfuno ephezulu yokuhamba komsebenzi ngumsebenzi wokubumba (i-plunger eqhubela phambili ukuzalisa umngxuma), ilandelwe ngumsebenzi we-clamp (ipleyiti ehambayo evala i-mold) kunye nomsebenzi wokukhutshelwa ngaphandle (iiphini ze-ejector ezityhala inxalenye ngaphandle kwe-mold).
Ifomula yokubala ukufuduka: Ukufuduka okufunekayo (cm³/rev) = (Imfuno yokuhamba kwamanzi kwi-L/min × 1,000) ÷ (Isantya semoto kwi-RPM × ukusebenza kakuhle kwevolumu). Kumatshini wokubumba inaliti weetoni ezingama-200 onemoto yombane eqhelekileyo esebenza kwi-1,450 RPM (ubonelelo lwe-50 Hz):
- Imfuno yokuhamba komsebenzi wokujova:Ububanzi be-injection plunger yi-60-80 mm, i-injection stroke yi-150-200 mm, kwaye isantya sokufaka siyimfuneko yi-80-120 mm/s. Imfuno yokuhamba kwamanzi yi-25-50 L/min (kuxhomekeke kububanzi be-plunger kunye nesantya sokufaka). Ipompo kufuneka inikezele eli zinga lokuhamba kwamanzi kwi-injection pressure setting (uxinzelelo lwe-injection yebha eyi-1,500-2,000, efuna uxinzelelo lwe-pump outlet lwebha eyi-150-200 kuba uxinzelelo lwe-injection luphindaphindwa yi-area area ratio).
- Imfuno yokuhamba komsebenzi weClamp:Ububanzi besilinda yeclamp yi-200-300 mm kwaye isantya sokuvala esifunekayo yi-250-350 mm/s (iclamp kufuneka ivale ngokukhawuleza ngexesha lesigaba "sokuvala ngokukhawuleza" ngaphambi kokuba iinxalenye zemould ziqhagamshelane). Imfuno yokuhamba kwesigaba sokuvala ngokukhawuleza yi-100-150 L/min — iphezulu kakhulu kunemfuno yokuhamba kwenaliti.
- Ukukhetha ipompo:Umthamo ophezulu wokuhamba kwepompo kufuneka wanelise imfuno ephezulu yokuhamba kwepompo — umsebenzi we-clamp yi-100-150 L/min. Ipompo yochungechunge lwe-T7 enokuhamba kwe-80-100 cm³/rev esebenza kwi-1,450 RPM inika i-110-140 L/min (kubalwa: 80 cm³/rev × 1,450 RPM × 0.95 ukusebenza kakuhle kwevolumetric = 110 L/min). Ukuhamba kwepompo ekhethiweyo yomatshini weetoni ezingama-200 kudla ngokuba yi-100 cm³/rev, okubonelela ngomthamo wokuhamba kwepompo we-138 L/min kwi-1,450 RPM.
Ipompo ekhethiweyo kufuneka ihlangabezane neemfuno eziphezulu zoxinzelelo lomatshini — ukuveliswa kwamandla e-clamp kufuna uxinzelelo oluphezulu (ipompo kufuneka inikeze amandla e-clamp alinganisiweyo kuxinzelelo lwenkqubo olulinganisiweyo). Kumatshini weetoni ezingama-200 onommandla we-clamp cylinder engama-315 cm² (ububanzi besilinda obungama-200 mm), uxinzelelo lwepompo olufunekayo ukuvelisa iitoni ezingama-200 zamandla okubamba yi-200,000 kg ÷ 315 cm² = 635 kg/cm² uxinzelelo lwe-hydraulic, olufezekiswa yi-clamp force multiplication cylinder — uxinzelelo lwe-pump outlet ludla ngokuba yi-140-175 bar (olulawulwa yi-valve yokunceda inkqubo kunye noseto lwe-compensator yepompo).
Ukukhetha iSigaba soXinzelelo: Ukuzaliswa koXinzelelo oluPhantsi vs ukubanjwa koXinzelelo oluPhezulu — Indlela iSixokelelwano soXinzelelo soXinzelelo sePump esisebenza ngayo
Isixovuleli soxinzelelo sempompo ye-T7 vane yindlela yokunciphisa ukufuduka kwempompo xa uxinzelelo lwenkqubo lufikelela kwisetingi yesixovuleli. Ukuqonda ukusebenza kwesixovuleli kubalulekile kumphathi weworkshop ukuze amisele uxinzelelo olufanelekileyo lwesixovuleli kunye nokusombulula iingxaki zokusebenza kwenkqubo emva kokuphuculwa.
Isixovuleli esiqhelekileyo (isixovuleli soxinzelelo olunye, uqwalaselo oluzenzekelayo loomatshini bokubumba ngenaliti):I-compensator yivalvu ye-spool efakwe kwisigqubuthelo solawulo sepompo. I-spool ilayishwa ngentwasahlobo ukuya kwindawo evulekileyo (ukuhamba okuphezulu) kwaye ivezwa kuxinzelelo lwe-outlet yepompo kwicala elichaseneyo. Xa uxinzelelo lwe-outlet yepompo luphakama ngaphezu kokuseta koxinzelelo lwentwasahlobo ye-compensator (oluhlengahlengiswa ngesikrufu se-hex phantsi kwesiciko se-compensator), i-spool iyatshintsha, iqondisa uxinzelelo lolawulo kwi-piston yokulawula ukuhamba kwepompo. I-piston yokulawula inciphisa i-angle ye-cam ring yepompo, inciphisa ukuhamba. I-compensator iphendula kutshintsho loxinzelelo ngaphakathi kwe-50-100 milliseconds - inkqubo yolawulo yomatshini wokubumba i-injection kufuneka icwangciswe ukuze ilandelelanise ukuvuleka kwevalvu kunye nokuvalwa kwayo ukuvumela i-compensator ixesha lokuphendula ngaphandle kokudala ii-spikes zoxinzelelo kwinkqubo.
Isihlanganisi sokuvavanya umthwalo (ukhetho, kwiinkqubo zoxinzelelo oluguquguqukayo):Ipompo iquka izibuko lokuvavanya umthwalo eliqhagamshelwe kumgca wokuvavanya umthwalo webhanki yomatshini wevalvu yokulawula. I-compensator igcina umda woxinzelelo ongaguqukiyo (ngesiqhelo i-15-25 bar) ngaphezulu kwemfuno ephezulu yoxinzelelo lomthwalo, endaweni yokusilela kwisetingi ye-compensator esisigxina. I-compensator eqaphela umthwalo inamandla ngakumbi kune-compensator eqhelekileyo kwiimashini ezisebenza imisebenzi emininzi ngaxeshanye (umz., ukubopha + ukujova, okanye ukukhupha + ukuvula isikhunta), kuba uxinzelelo lwepompo lulandelela imfuno yomthwalo endaweni yokusilela kwisetingi ye-compensator xa kungekho msebenzi usebenza. I-compensator eqaphela umthwalo yongeza i-15-25% kwixabiso lepompo kwaye ichaziwe kwiimashini ezinemisebenzi emininzi (ukubumba injection yamacandelo ama-2, injection yetafile ejikelezayo, okanye oomatshini abanee-cylinders ze-core-pull).
Kwiimashini ezininzi zokubumba ngenaliti, useto oluqhelekileyo lwe-compensator yi-10-20 bar ngaphezulu koseto lwe-valve yokunceda ephezulu yenkqubo. Ukuba i-valve yokunceda inkqubo ibekwe kwi-175 bar, i-compensator ibekwe kwi-190-195 bar. Umda we-15-20 bar uqinisekisa ukuba i-compensator ayiphazamisi umsebenzi we-valve yokunceda ngexesha lokusebenza okuqhelekileyo - ukuba i-compensator ibekwe kwi-175 bar (ngokufanayo ne-valve yokunceda), i-compensator iya kuqala ukukhulula ipompo ngaphambi kokuba i-valve yokunceda iphakame, ithintele inkqubo ukuba ingafikeleli kuseto lwe-valve yokunceda ngexesha lokuqalisa kwaye ibangele ulawulo loxinzelelo olungahambelaniyo.
Isiqinisekiso seCCS/DNV/ABS Inzuzo yeMigca yokuNciphisa iNjongo yoLwandle
Iiworkshop zokubumba injection zase-SE Asian ezivelisa izinto zemixokelelwane yokubonelela ngezixhobo zaselwandle, zaselwandle, nezasekwakha iinqanawa — ezifana nezixhobo zokufaka iipayipi, iitreyi zekhebula, iziphatho zeevalvu, kunye neemodyuli ze-buoyancy — zifuna iipompo ze-hydraulic eziphethe isiqinisekiso sombutho wokwahlulwahlulwa (CCS, DNV, ABS, BV, okanye LR). Isiqinisekiso siqinisekisa ukuba izinto zepompo, uyilo, kunye neenkqubo zovavanyo ziyahlangabezana nemithetho yombutho wokwahlulwahlulwa kwezixhobo zaselwandle nezaselwandle.
Uluhlu lweepompo ze-T7 ze-Vicks Hydraulic's T7 zinesiqinisekiso se-CCS (China Classification Society), ezinesiqinisekiso se-DNV (Det Norske Veritas), ezinesiqinisekiso se-ABS (American Bureau of Shipping), ezinesiqinisekiso se-BV (Bureau Veritas), kunye nesiqinisekiso se-LR (Lloyd's Register) — iphakheji yeziqinisekiso ezininzi engaqhelekanga kumenzi wepompo ye-hydraulic yaseTshayina kwaye ibonelela ngenzuzo ebalulekileyo kwiiworkshop zokubumba injection ezifuna ukukhonza uthotho lokubonelela ngolwandle nolwandle.
Esi siqinisekiso sibhalwe kwisatifikethi sokwahlulwahlulwa kwepompo, esikhutshwa yi-classification society emva kokubona uvavanyo lohlobo lwepompo (uvavanyo lokunyamezela lweeyure ezili-1,000 kuxinzelelo olulinganisiweyo kunye nokuhamba, kunye nokulinganiswa rhoqo kokusebenza kwepompo, inqanaba lengxolo, kunye nokunyuka kobushushu). Isatifikethi sidwelisa: imodeli yepompo, uxinzelelo olulinganisiweyo kunye nokuhamba, uhlobo lolwelo lovavanyo kunye ne-viscosity, uluhlu lobushushu obungqongileyo, kunye nenombolo yesalathiso sesatifikethi sepompo - ipompo inokulandelelwa kwingxelo yovavanyo nganye efakwe kwiofisi yobunjineli yombutho wokwahlulwahlulwa. Kwi-workshop yokubumba i-injection kwisivumelwano esifuna iipompo ze-hydraulic eziqinisekisiweyo, i-Vicks T7's multi-certification isusa iindleko kunye nexesha lokulungiselela uvavanyo olwahlukileyo lwesatifikethi kwiprojekthi nganye.
Inkqubo yokulungisa izinto: Oko kufuneka ukwazi nge-Injection Molder ngaphambi kokuba utshintshe i-Hydraulic Pump
Ukufakelwa kwakhona kwepompo ye-T7 variable-displacement vane kwi-injection molding machine ekhoyo — ethatha indawo yepompo yokuqala ye-fixed-displacement — ingagqitywa ngosuku olunye lomsebenzi yingcali ye-hydraulic, kwaye umatshini ubuyela kwimveliso ngosuku olulandelayo. Le nkqubo inezigaba ezine: ukususwa, ukufakwa, ukugunyaziswa, kunye nokulungiswa.
Ukususwa (iiyure ezi-2-3):Ioyile yehydraulic yomatshini iyakhutshwa kwaye ihluzwe (ioyile iphinda isetyenziswe emva kokulungiswa kwakhona - akufuneki ukutshintsha ioyile ngokupheleleyo ngaphandle kokuba ioyile ekhoyo ingcolisiwe). Imigca yokufunxa kunye noxinzelelo lwepompo endala iyasuswa, i-coupling yepompo-motor iyasuswa, kwaye iibholiti zokufaka iipompo ziyasuswa. Ubuso bokufaka buyacocwa kwaye buhlolwe ukuba akukho burrs okanye umonakalo onokulungelelaniswa kakubi kwepompo entsha.
Ufakelo (iiyure ezi-2-3):Ipompo ye-T7 ifakelwe kwiflange yokufaka ipompo ekhoyo yomatshini (ubukhulu bokufaka kwi-T7 series — iflange ye-SAE-A 2-bolt ngobukhulu obuyi-16-125 cm³/rev, iflange ye-SAE-B 2-bolt ngobukhulu obuyi-160-237 cm³/rev — ifana neflange yokufaka ye-Vickers V-series, eyindlela eqhelekileyo kwiimashini ezininzi zokubumba inaliti kwi-SE Asia). I-pump-motor coupling ilungelelaniswe ngaphakathi kwe-0.050 mm TIR (ilinganiswa kwi-coupling rim — ukungalungelelani yeyona nto ixhaphakileyo yokusilela kwepompo ngaphambi kwexesha emva kokulungiswa kwakhona). Iipayipi zokufunxa kunye noxinzelelo ziqhagamshelwe.
Ukuqalisa (iiyure ezi-1-2):Ipompo izaliswe yioyile ecocekileyo ye-hydraulic nge-pressure port (ungaze uqalise i-dry vane pump — ii-vanes ziya kubamba kwiindawo zokujikeleza kwimizuzwana embalwa). Useto lwe-compensator luhlengahlengiswa kwi-system relief valve setting yomatshini kunye ne-15-20 bar. Inkqubo ihlanjwa umoya ngokusebenzisa imisebenzi yomatshini kwimodi yesandla ngesantya esiphantsi kangangemijikelo emi-5-10.
Ukulungisa (iiyure ezi-2-3):Iiparameter zenkqubo yomatshini — isantya sokujova, uxinzelelo lokubamba, isantya se-clamp, amandla okukhupha — ziyaqinisekiswa kwaye zihlengahlengiswa njengoko kufuneka. Ixesha lokuphendula lepompo yokufuduka eguquguqukayo (ixesha elivela kwisignali yevalvu yokulawula ukuya kwipompo efikelela kwisantya sokuhamba esifunekayo) licotha kancinci kunepompo yokufuduka esisigxina kuba ipiston yokulawula ukufuduka kwepompo kufuneka ihambe ngaphambi kokuba kuhanjiswe ukuhamba. Kwiinkqubo ezininzi zokubumba inaliti, umahluko wexesha lokuphendula yi-50-120 milliseconds, ehambelana nokulungiswa kweeparamitha zenkqubo yomatshini.
I-Q&A: Abaphathi beeWorkshop zokuNciphisa iiNjongo bafumene iiMpompo zeVane zeT7 ezivela eTshayina
Q1: Ithini i-MOQ ye-odolo ye-T7 vane pump?
A: I-MOQ yiyunithi e-1 kuyo nayiphi na isayizi eqhelekileyo yokufuduka kwe-T7 (16-237 cm³/rev) kunye nayo nayiphi na indlela yokulawula eqhelekileyo (i-compensator eqhelekileyo, i-compensator eqonda umthwalo). Kwiindlela zokulawula ezenziwe ngokwezifiso (uluhlu olukhethekileyo loxinzelelo, ulwandiso olukhethekileyo lweshaft, iiflanges ezikhethekileyo zokufakela), i-MOQ yiyunithi ezi-5-10 nge-odolo nganye. Kubaphathi beeworkshop aba-odola umatshini omnye, i-MOQ yeyunithi enye ivumela ukufakwa kovavanyo ngaphambi kokuba izinikele ekuphuculweni kweenqwelo-moya.
Umbuzo 2: Zeziphi iindawo ezingasetyenziswayo endifanele ndizigcine kwipompo ye-T7?
A: Ikhithi yezinto ezingasetyenziswayo ezicetyiswayo zepompo ye-T7 ibandakanya: iseti enye ye-vane (ii-vane ezili-12 zokufuduka ukuya kuthi ga kwi-100 cm³/rev, ii-vane ezili-16 zokufuduka okukhulu), ikhithi enye ye-cartridge (kubandakanya i-cam ring, i-rotor, kunye ne-pressure plate assembly - iqela elijikelezayo eligugayo ngokuhamba kwexesha), ikhithi enye ye-shaft seal, kunye nekhithi enye ye-compensator valve (i-compensator spool kunye ne-spring). Ixabiso lekhithi yezinto ezingasetyenziswayo limalunga ne-25-35% yexabiso lepompo kwaye ligubungela izinto eziqhelekileyo ezinokutshintshwa ebaleni. Ubomi benkonzo obuqinisekisiweyo bepompo ngaphambi kokulungiswa kokuqala okukhulu (ukutshintshwa kwesethi ye-vane) ziiyure zokusebenza ezili-10,000-15,000.
Umbuzo 3: Luluphi uluhlu lwe-hydraulic oil viscosity olunokuphathwa yipompo ye-T7?
A: Ipompo ye-T7 yenzelwe iioyile ze-hydraulic ezisekwe kwiminerali ezinoluhlu lwe-viscosity oluyi-20-400 cSt kubushushu bokungena kwepompo. Kumaqondo obushushu aphakathi kwe-SE Asia (25-40°C), udidi lwe-viscosity yeoyile olucetyiswayo yi-ISO VG 46 (46 cSt ku-40°C). Kwiiworkshops ezisebenza kwiimeko zobushushu obuphezulu (ngaphezulu kwe-40°C), i-ISO VG 68 ibonelela ngobukhulu obaneleyo befilimu kwiincopho ze-vane ukuthintela ukudibana kwesinyithi nesinyithi ngexesha lokuqalisa. Ipompo akufuneki isebenze neoyile engaphantsi kwe-20 cSt - uxinzelelo lokunxibelelana kwendandatho ye-vane tip-to-cam ludlula amandla okuthwala umthwalo wefilimu yeoyile, nto leyo ebangela ukuguguleka kwe-vane ngokukhawuleza.
Umbuzo 4: Ihlala ixesha elingakanani ipompo ye-T7 phakathi kokulungiswa?
A: Ubomi benkonzo obuqinisekisiweyo bepompo ye-T7 ngaphambi kokulungiswa kokuqala ziiyure zokusebenza ezili-10,000-15,000 zokusebenza ngokuqhubekayo kuxinzelelo olulinganisiweyo (210 bar) kunye nesantya esilinganisiweyo (1,450 RPM). Kwiingcinezelo eziphantsi (ngaphantsi kwe-150 bar) kunye nesantya esiphantsi (ngaphantsi kwe-1,200 RPM), ubomi benkonzo buya kufikelela kwiiyure ezingama-20,000-25,000. Ukulungiswa kuqulethwe kukutshintsha iseti ye-vane, ikhithi yekhatriji, kunye nesitywina se-shaft - umzimba wepompo, isigqubuthelo sokugqibela, kunye ne-compensator ziphinda zisetyenziswe kangangemijikelo yokulungiswa emi-3-5 ngaphambi kokuba ipompo iyeke ukusebenza.
Umbuzo 5: Ziziphi iimpawu zokuba ipompo ye-T7 ifuna ukulungiswa?
A: Izalathiso ezintathu ezinokuthi zijongwe ngumqhubi weworkshop: (1) ixesha lokujikeleza elongezelelekileyo — ukuba isantya se-clamp okanye i-injection yomatshini sincipha ngaphezulu kwe-10% kwindawo efanayo yoxinzelelo, ukusebenza kakuhle kwe-volumetric yepompo kwehle ngaphantsi kwe-80% kwaye iseti ye-vane ifuna ukutshintshwa; (2) ukwanda kwengxolo evakalayo — ipompo ye-T7 ephilileyo ivelisa i-65-75 dB(A) kumgama wemitha e-1 kuxinzelelo olulinganisiweyo kunye nokuhamba — ukwanda kwengxolo ye-5+ dB(A) kubonisa ukuguguleka kwe-vane tip okanye i-cavitation (jonga isihluzi somgca wokufunxa kunye nenqanaba leoyile); (3) ukunyuka kobushushu beoyile — ukuba ubushushu beoyile yombhobho wepompo budlula i-80°C (kulinganiswa kwizibuko lokukhupha amanzi), ukuvuza kwangaphakathi kwepompo kunyuke ngaphaya kwemida yoyilo kwaye ikhithi yekhatriji ifuna ukutshintshwa.
Umbuzo 6: Ngaba iVicks Hydraulic inika inkxaso yobugcisa kwi-retrofit yokuqala?
A: Ewe. Kubathengi bokuqala, iVicks inika inkxaso yobugcisa ekude ngevidiyo (iWhatsApp okanye iWeChat) kwizigaba zokufakela kunye nokufaka. Iseshoni yenkxaso igubungela: ukuqinisekiswa kokulungelelaniswa kwepompo-motor, uhlengahlengiso lokuseta i-compensator, ukuqinisekiswa kokuseta uxinzelelo lwenkqubo, kunye nokulungiswa kweeparamitha zenkqubo yomatshini. Kwiiworkshops ezifaka iipompo ezininzi (iiyunithi ezili-10 nangaphezulu), iVicks ingathumela injineli yesicelo kwiworkshop ukuze ifumane uqeqesho lweentsuku ezi-2 kwindawo kunye neseshoni yokugunyazisa.
Malunga noMbhali: I-Demi Geyingcali yezisombululo ze-hydraulic kwiVicks Hydraulic, ishishini lesizwe eliphambili lobuchwepheshe elasekwa ngo-2007, ligxile kwiimpompo ze-vane, iinkqubo ze-servo, kunye nezisombululo ze-hydraulic ezonga amandla omnye. Ngemigca yemveliso emi-6 ekhokelayo kwihlabathi liphela kunye nomthamo wonyaka weempompo ze-vane ezingaphezu kwama-80,000, iVicks ikhonza amashishini aquka ukwenziwa kwezinto zaselwandle, ezomkhosi, kunye nezoshishino.
Ezentlalo:I-Facebook
Ixesha lokuthumela: Juni-22-2026