Izitywino zeMpompo yamanzi yeMoto: Ukusebenza kakuhle kokupholisa injini

Intshayelelo

Itywina lempompo yamanzi lenza okungaphezulu kokuthintela ukuvuza kwe-coolant: likhusela umda phakathi kwezinto zempompo ezijikelezayo kunye nesekethe yokupholisa exinzelelweyo yenjini. Xa loo tywina yonakala, ukulahleka kwe-coolant, ukungcola kweebheringi, ukujikeleza kwegazi okunciphileyo, kunye nokushisa kakhulu kunokulandelana ngokukhawuleza. Ukuqonda indlela ezisebenza ngayo ezi tywina kubalulekile ekuxilongeni ukusilela kwempompo, ukuphucula ubomi benkonzo, kunye nokugcina amaqondo obushushu enjini azinzileyo phantsi kweemfuno zokusebenza zanamhlanje. Eli nqaku lichaza indima yesitywina ekusebenzeni kakuhle kokupholisa, uxinzelelo olujongene nalo oluvela kubushushu, uxinzelelo, ukungqubana, kunye nekhemistri ye-coolant, kunye neepateni zokungaphumeleli ezihlala zikhokelela ekutshintshweni kwempompo yamanzi.

Kutheni iiSeal zeMpompo yamanzi zeMoto zibalulekile ekupholiseni iNjini

Izitywino zempompo yamanzi zeemoto zisebenza njengomqobo oyintloko wokuzikhusela kwiinkqubo zokupholisa iinjini, zivala umsantsa phakathi kwezinto ezijikelezayo zoomatshini kunye nendawo enoxinzelelo lolwelo. Njengoko iinjini zanamhlanje zokutsha kwangaphakathi kunye neenkqubo zolawulo lobushushu bezithuthi zombane (EV) zifuna ukusebenza kakuhle kobushushu (ezihlala zisebenza kumaqondo obushushu ahlala ixesha elide ukusuka kwi-105°C ukuya kwi-115°C), ukusebenza kwenkqubo yokujikeleza kokupholisa kuba yinto ebalulekileyo.isitywino soomatshiniithintela i-coolant ukuba ingaphumi kwi-volute yepompo iye kwi-bearing assembly nakwindawo ebanzi yenjini.

Ukwakha ujongano olusebenzayo lokutywina luyinkimbinkimbi kakhulu ngenxa yokuchatshazelwa ngaxeshanye kukungqubana okujikelezayo, ukuhlaselwa ngamakhemikhali okuvela kwizithako zokupholisa, kunye nokujikeleza okugqithisileyo kobushushu. Itywina elibuthathaka aligcini nje ngokonakalisa ukusebenza kakuhle kokupholisa kodwa likwasebenza njengesizathu esiphambili sokusilela kwepompo yamanzi, nto leyo ebangela ukuba kuqikelelwa ukuba yi-60% ukuya kwi-70% yokutshintshwa kwepompo ngaphambi kwexesha kwaye okukhokelela ekutshisweni kakhulu kwenjini kunye nomonakalo omkhulu woomatshini.

Indlela izitywini ezigcina ngayo ukuxinana kwe-coolant

Izitywino zobuso ezisetyenziswa ngoomatshini zisebenza ngokulinganisela okuchanekileyo kwamandla e-hydraulic kunye ne-mechanical ukugcina ukugcinwa kwe-coolant. Indibano idla ngokuba neringi yokudibana engashukumiyo ecinezelwe kwigumbi lepompo kunye neringi ejikelezayo eyintloko eqhotyoshelwe kwi-impeller shaft. I-spring yangaphakathi okanye i-elastomeric bellows isebenzisa amandla ajikelezayo aqhubekayo—ngokubanzi ukusuka kwi-15 ukuya kwi-25 Newtons—igcina ubuso besitywino bunxibelelana rhoqo nokuba injini icinyiwe.

Ngexesha lokusebenza, uburhabaxa obuncinci bobuso besitywini buvumela umaleko omncinci we-coolant ukuba ungene kwindawo yokutywina. Le filimu yolwelo lwe-hydrodynamic, edla ngokulinganisa phakathi kwe-0.5 kunye ne-2.0 microns ngobukhulu, ibalulekile. Ithambisa iindawo zokudibana ukuze inciphise ukungqubana kunye nokuguguleka, ngelixa uxinzelelo lomphezulu kunye nokufuma kwendawo ethile kuthintela ulwelo olukhulu ukuba lungaphumi. Ngokucwangcisa ngobunono i-topography yobuso, abavelisi baqinisekisa ukuba isitywini sikhupha umphunga owaneleyo ukuze sithambise ubuso ngaphandle kokubangela ukulahleka kolwelo olulinganisekayo.

Zeziphi iingxaki ezitshintsha iingxaki zesitywino zibe ngumonakalo wepompo

Utshintsho ukusuka ekusebenzeni okuqhelekileyo ukuya ekusileleni okukhulu ludla ngokuqala xa olu lungelelwaniso oluthambileyo lwe-hydrodynamic luphazamiseka. Ukuba ifilimu yolwelo iyabila okanye isuswa zizinto ezincinci, kwenzeka ukoma. Oku kunyusa ubushushu be-interfacial, okubangela ukuqhekeka kobushushu kubuso be-ceramic okanye be-carbon. Nje ukuba ukuthembeka kobuso kube buthathaka, amazinga okuvuza adlula ngokulula umda owamkelekileyo womphunga we-3 grams kwi-1,000 iiyure zokusebenza.

Xa kuvuza kakhulu, i-coolant ecinezelweyo iphula umngxuma we-bearing cavity yepompo. Ii-coolant zemoto ziqulathe amanzi kunye ne-glycol, ezitshabalalisa ngokukhawuleza i-polyurea grease ekhethekileyo ethambisa ii-bearing. Nje ukuba i-grease ihlambe, ii-bearing rollers zifumana unxibelelwano lwentsimbi nesinyithi. Oku ngokungenakuphepheka kukhokelela ekubanjweni kwee-bearing okanye ukwaphuka kwe-shaft—ngokuqhelekileyo ngaphakathi kwe-1,000 ukuya kwi-5,000 yeemayile ukusuka ekuphukeni kolwelo lokuqala—okuguqula ukuwohloka kwe-seal encinci kube kukusilela ngokupheleleyo kwe-accessory drive.

Iintlobo zoYilo, izixhobo, kunye neenkcukacha zokusebenza

Uphuhliso lwezitywini zepompo yamanzi zeemoto luye lwasuka kwizitywini zemilebe zerabha ezisisiseko ukuya kwizitywini zobuso ezilungisiweyo kakhulu nezidibeneyo. Uyilo lwanamhlanje ludibanisa intwasahlobo, i-bellows, ubuso obujikelezayo, kunye nesihlalo esingashukumiyo zibe yi-ikhatriji enye ehlanganiswe kwangaphambiliLe ndlela idibeneyo ikhusela ubuso obuthambileyo obuneentambo ezijikelezayo ekungcoleni ngexesha lokuphathwa kwaye iqinisekisa ukulungelelaniswa okuchanekileyo xa kufakwa kwindawo yokumpompa.

Ukukhetha indibaniselwano echanekileyo yezinto kunye noyilo lwejometri kumisela imida yokusebenza kwesitywini. Iinjineli kufuneka zilinganisele ukuhanjiswa kobushushu, ubulukhuni, ukuhambelana kweekhemikhali, kunye neendleko xa zichaza ixabiso lezinto ezisetyenziswa kwipompo yokupholisa.

Indlela uyilo lwetywina kunye nezinto ezichaphazela ngayo ukusebenza

Ukusebenza kwetywina lempompo yamanzi kuxhomekeke kakhulu kwiimpawu ze-tribological zezinto zayo zobuso kunye nokuqina kwezinto zayo zesibini ze-elastomeric. Indandatho eyintloko idla ngokwenziwa nge-carbon-graphite composite, ekhethwe ngenxa yeempawu zayo ezibalaseleyo zokuzithambisa kunye nokuhambelana kwayo. Indandatho yokutshatisa engashukumiyo ifuna ubunzima obuphezulu kunye nozinzo lobushushu, idla ngokusebenzisa i-high-alumina ceramic okanye i-silicon carbide (SiC).

Izinto ezisetyenziswa ekutywineni kwesibini, ezifana nee-bellows kunye nee-O-rings, zixhomekeke kwi-elastomers eziphambili ukuze zifunxe ukungcangcazela kwe-shaft kwaye zilungelelanise ukungalungelelani kwe-angular. I-Hydrogenated Nitrile Butadiene Rubber (HNBR) iqhelekile ngenxa yokuchasana kwayo ne-Organic Acid Technology (OAT) coolants zanamhlanje kunye noluhlu olubanzi lokusebenza oluqala kwi -40°C ukuya kwi-150°C. Okwangoku, iiFluoroelastomers (FKM, ezifikelela kwi-200°C) okanye i-Ethylene Propylene Diene Monomer (EPDM, ezifikelela kwi -50°C) zichaziwe kwizicelo ezihlangabezana nobushushu obuphezulu okanye ii-dielectric fluids ezikhethekileyo.

Zeziphi iikhrayitheriya zokusebenza ezibaluleke kakhulu

Xa kucaciswa isitywino soomatshini, iinjineli zibeka phambili imigaqo emininzi yokusebenza ebalulekileyo ukuqinisekisa ukuba ixesha elide kwiindawo ezingaphantsi kwe-hood. Umda we-Pressure-Velocity (PV) ubaluleke kakhulu; uchaza umthwalo ophezulu kunye nesantya sokujikeleza izixhobo zobuso ezinokumelana naso ngaphandle kokutshisa kakhulu. Izitywino eziqhelekileyo ze-coolant yemoto zifuna umlinganiselo we-PV phakathi kwe-10 kunye ne-15 MPa·m/s. Kwizicelo zezithuthi zabakhweli, izitywino zepompo yamanzi kufuneka ziphathe rhoqo isantya se-shaft esifikelela kwi-8,000 ukuya kwi-10,000 RPM.

Ububanzi bobushushu bokusebenza kunye noxinzelelo lwenkqubo zilawula ukukhethwa kwezinto. Iluphu yokupholisa yemoto eqhelekileyo isebenza kwi-1.0 ukuya kwi-1.5 bar, ngamanye amaxesha ifikelela kwi-2.5 bar ngexesha lokwandiswa kobushushu. Itywina kufuneka ligcine ingqibelelo kuyo yonke i-gradient yobushushu ukusuka ekuqaleni kokubanda kwi--40°C ukuya kwiincopho zokusebenza eziqhubekayo ze-+150°C. Ngaphezu koko, amandla etywina okumelana nokubaleka kweshaft okuguquguqukayo (ngokuqhelekileyo kunqunyelwe kwi-<0.05 mm) ngaphandle kokulahlekelwa kukudibana ubuso luvavanyo olubalulekileyo lokuqina kwexesha elide.

Ukuthelekiswa kwezinto zokutywina kunye nokumelana nokuvuza

Ukudibanisa izinto ezahlukeneyo kuvelisa iingenelo ezahlukeneyo zokusebenza kunye neeprofayili zokumelana nokuvuza. Ukukhetha phakathi kwezinto zobuso eziqhelekileyo kunye nezinto zobuso zeprimiyamu kunefuthe elikhulu kwiindleko zangaphambili kunye nomjikelo wobomi bewaranti yepompo yamanzi.

Iibhanti ze-silicon carbide zinika ubunzima obungenakuthelekiswa nanto, nto leyo eyenza ukuba zingagugi kakhulu kwiingubo ezirhabaxa ezivela kwi-silicates ezixhonyiweyo okanye isanti epholiswayo kwi-coolant. Nangona kunjalo, ulwakhiwo lwe-SiC/SiC alunazo iipropati zokuthambisa ezizimelayo ze-carbon. Oku kuzenza zibe sesichengeni kakhulu sokutshatyalaliswa bubushushu ukuba ipompo ifumana imeko yokuphuma komoya ngenxa yamanqanaba aphantsi e-coolant.

Indlela Abathengi Abafanele Bayivavanye Ngayo I-Automotive Water Pump Seals

Ukuthenga izitywino zempompo yamanzi yemoto kufuna inkqubo yovavanyo olungqongqo olulinganisela ukuqinisekiswa kobugcisa kunyeuqoqosho lwekhonkco loboneleloAbathengi kufuneka bahambe ngendlela ababoneleli behlabathi, bahlule phakathi kwabavelisi abaxhomekeke kwizixhobo zakudala kunye nabo basebenzisa i-metrology ephucukileyo kunye nemigca yokuhlanganisa ezenzekelayo.

Ngenxa yokuba ixabiso lokusilela kwepompo yamanzi lidlula kakhulu ixabiso leyunithi yesitywini, iinjineli zokuthenga zijonga kakhulu izikhokelo zokuqinisekisa umgangatho, idatha yokuthembeka kwembali, kunye neenkqubo zovavanyo oluqinileyo ngaphambi kokunikezela ngeekhontrakthi.

Ulawulo lomgangatho, uvavanyo lokuqinisekisa, kunye nokulandeleka

Isiseko solawulo lomgangatho somthengisi sisona sibonakaliso siphambili sokuthembeka kwexesha elide. Abathengi kufuneka bafune isiqinisekiso se-IATF 16949, esiqinisekisa ukuba iinkqubo zolawulo lomgangatho wemoto ziyanyanzeliswa ngokungqongqo. Uvavanyo lokuqinisekisa kufuneka luquke ukugijima kokunyamezela okunamandla, okuhlala kufuna izitywina ukuze zisinde kwimijikelo yovavanyo lweeyure ezili-1,000 ezilinganisa ukutshayiswa okukhulu kobushushu—okutshintsha ngokukhawuleza phakathi kwe--40°C kunye ne-135°C—ngelixa kujongwa ukuvuza okuncinci (kujoliswe kumazinga eziphene angaphantsi kwe-10 ukuya kwi-50 Parts Per Million, okanye i-PPM).

Ukulandelelana akuxoxiswana ngako kwiindlela zokubonelela ngempahla. Ababoneleli abaphezulu basebenzisa i-laser etching kwiibhokisi zentsimbi okanye zentsimbi engatyiwayo ukuze babhale iikhowudi zebhetshi, imihla yokuvelisa, kunye nezinto ezifunekayo. Kwimeko yebango lewaranti okanye ukusilela kwentsimi, oku kulandelelana kuvumela iinjineli ukuba zahlule ukusebenza kwemveliso ngokuchanekileyo, zichonge ukuba ingaba imbangela yayisisiphene sezinto, impazamo yokuhlanganisa, okanye iqela elithile lee-elastomers ezingahambelaniyo.

Indlela ixabiso, ubomi benkonzo, ukuhambelana, kunye nobonelelo oluchaphazela ngayo ukhetho

Ixabiso lilonke lobunini (i-TCO) lidlula kude leeixabiso lesiqwengaNangona isitywino seCarbon/Ceramic esiqhelekileyo sinokubiza i-$0.60 ngeyunithi nganye xa iphezulu (umz., i-MOQ 50,000), ukuphucula ukuya kwisimo seCarbon/SiC esiphambili nge-$1.50 kunokwandisa ubomi benkonzo yepompo ukusuka kwiimayile ezili-100,000 ukuya kwiimayile ezingaphezu kwama-200,000, nto leyo enciphisa kakhulu amabango ewaranti.

Ukuhambelana neekhemikhali ezitshintshayo zokupholisa kukwakhokelela ekukhetheni. Ukutshintshela kwiHybrid Organic Acid Technology (HOAT) kunye nee-EV battery coolants ezikhethekileyo kufuna ukuqinisekiswa okungqongqo kokuhambelana kwe-elastomer. Ngaphezu koko, abathengi kufuneka bavavanye ukuqina kwekhonkco lokubonelela. Ukufunyanwa kwiindawo zasekuhlaleni okanye ezizenzekelayo kakhulu kunciphisa umngcipheko weemeko ze-line-down ezibangelwa kukuphazamiseka kokuthunyelwa kwempahla kwihlabathi liphela, kudla ngokuthethelela iprimiyamu encinci kwixabiso leyunithi yokuhanjiswa okuqinisekisiweyo ngexesha elifanelekileyo (JIT) kunye namaxesha aqhelekileyo okukhokela ukusuka kwiiveki ezisi-8 ukuya kwezili-12 xa kuthelekiswa neeveki ezili-16+ ezivela phesheya.

Amanyathelo asebenzayo okuthelekisa iisampulu kunye nababoneleli

Xa kuthelekiswa iisampulu ezivela kubaboneleli abanokubakho, amanyathelo okuhlola asebenzayo anika ulwazi olukhawulezileyo malunga nokuchaneka kokwenziwa. Abathengi kufuneka bacele iingxelo zokuthamba kwe-optical kwimilo yesitywina. Iiringi zokudibanisa ezisemgangathweni ophezulu kufuneka zilinganise ngaphakathi kweebhendi zokukhanya ze-helium ezi-2 ukuya kwezi-3 (malunga ne-0.6 ukuya kwi-0.9 microns) zokuthamba okugqibeleleyo ukuqinisekisa uzinzo lwefilimu ye-hydrodynamic.

Ukongeza, ukudilizwa okubonakalayo kwezitywini zesampulu kunokubonisa umgangatho wokuhlanganiswa. Ukuhlola umgangatho we-crimp we-unitized casing, ukuqinisekisa ubunzulu bentwasahlobo yangaphakathi, kunye nokuhlalutya ukugqitywa komphezulu we-elastomeric bellows ukuze kufunyanwe i-flash yokubumba okanye iziphene zomgca wokuhlukana ngamanyathelo abalulekileyo. Ababoneleli kufuneka banike idatha yokulawula inkqubo yezibalo (SPC) ebonisa i-capability index yabo (Cpk) kwiimilinganiselo ezibalulekileyo ezifana nobubanzi obungaphandle be-press-fit, apho i-Cpk eyi-1.33 (4 sigma) ukuya kwi-1.67 (5 sigma) ikumgangatho weshishini leemoto.

Ukufakela, Ukusebenza, kunye noLondolozo Iindlela ezilungileyo zoKwenza

Kwanesitywina soomatshini esicwangciswe kakuhle siya kusilela ngaphambi kwexesha ukuba iiprotokholi zokufakela kunye neeparameter zokusebenza azinakwa. Unxibelelwano phakathi kwekhatriji yesitywina, indawo yokumpompa, kunye neshaft ye-impeller lulawula ukuqina kunye nokuzinza kwendibano yonke.

Abavelisi bezixhobo zokuqala (ii-OEM)kunye nabakhi bezinto ezintsha emva kwemarike kufuneka balandele izikhokelo ezingqongqo zokuhlanganisa kwaye baqaphele iimpawu zokulumkisa kwangethuba zokuwohloka kwenkqubo ukuthintela ukungaphumeleli okukhulu kokupholisa injini.

Iimeko zokuhlanganisa, imiphezulu yeshaft, kunye neemfuno zesibandisi

Ukufakelwa kufuna ulawulo oluchanekileyo lokusingqongileyo nolwemishini. Itywina kufuneka licinezelwe kwigumbi lepompo kusetyenziswa i-calibrated arbor press enezixhobo ezikhethekileyo ezisebenzisa amandla kuphela kwi-flange yangaphandle. Ukusebenzisa uxinzelelo olungalinganiyo kunokuphazamisa i-casing, kutshintshe uxinzelelo lwentwasahlobo kwaye kubangele ukuwohloka kobuso okungalinganiyo. Imbobo yokulingana kwepressa kwigumbi lepompo kufuneka yenziwe ngomatshini ukuze ivumelane ngokuqinileyo, ukuqinisekisa ukuba ihambelana nokuphazamiseka (ngesiqhelo kusetyenziswa udidi lokunyamezelana lwe-H7/r6) ngaphandle kokuphazamisa igobolondo letywina.

Imeko ye-impeller shaft ibaluleke ngokulinganayo. Ukugqitywa komphezulu we-shaft apho izihlalo ze-elastomer zigquma khona kufuneka kugcinwe kwi-Ra ye-0.2 ukuya kwi-0.4 micrometers. Nakuphi na ukukrweleka okanye amanqaku oomatshini angenza indlela yokuvuza phantsi kwe-elastomer. Ngaphezu koko, ukutyibilika okukhulu kwe-shaft okuvumelekileyo akufuneki kudlule kwi-0.05 mm; ukungcangcazela okugqithisileyo kuya kujika ngokwasemzimbeni ubuso be-seal buhlukane. Ngokusebenza, inkqubo ixhomekeke kumxube ofanelekileyo we-coolant—ngokuvamile umlinganiselo we-50/50 wamanzi acocekileyo kunye ne-ethylene glycol—ukuthintela ukuphuma kwe-silicate kunye nokubonelela ngokugcoba okufunekayo kwiindawo ze-seal.

Indlela yokuxilonga ukuvuza, ukugabha, kunye nongcoliseko

Ukuchonga iingxaki zempompo yamanzi kufuna ukwahlula phakathi kweempawu eziqhelekileyo zokusebenza kunye neendlela zokungasebenzi kakuhle. Ukulahleka kolwelo oluncinci kuyinto eqhelekileyo; isitywino esisebenza kakuhle siya kutsala umphunga ojiya kwigumbi lokutsala lempompo. Nangona kunjalo, ukuba i-coolant yolwelo iphuma kwingxobo yokutsala ngesantya esingaphezulu kwe-10 ml ngeyure (malunga nethontsi elinye rhoqo kwimizuzwana eli-15), ubuso besitywino esiphambili buyasilela.

Ukukhupha umoya ongcolileyo yingxaki eqhelekileyo neyonakalisayo yokusebenza. Xa uxinzelelo lwenkqubo luhla okanye amaqondo obushushu enyuka, i-coolant iyanyibilika kufutshane neeblade ze-impeller. Ukuwa okulandelayo kwezi bhamu zomphunga kudala amaza othusayo akwindawo ethile atshabalalisa i-impeller aze abangele ukushukuma okukhulu koxinzelelo, okunokukhupha ngamandla ubuso besitywina. Ungcoliseko lolunye unobangela ophambili wokungasebenzi kakuhle. Isanti eseleyo evela kwiiibhloko zeinjiniokanye i-silicone ye-RTV engaphezulu evela kwiifakelo ze-gasket isebenza njenge-slurry erhabaxa, ifaka nzulu ubuso bekhabhoni kwaye itshabalalise ifilimu ye-hydrodynamic.

Izinto Eziphambili Zokukhetha kunye neSakhelo Sezigqibo Zokugqibela

Ukugqiba iinkcukacha zesitywini sempompo yamanzi yemoto kufuna uvavanyo olupheleleyo loyilo lwenjini, umjikelo womsebenzi ocetywayo, iinjongo zewaranti, kunye nobungakanani bemveliso obulindelweyo. Akukho yilo lwesitywini olunye lufanelekileyo kwihlabathi liphela; inkqubo yokukhetha ngokwemvelo ngumsebenzi worhwebo lobunjineli.

Ngokusebenzisa isakhelo sezigqibo esakhiweyo, amaqela okuthenga kunye nobunjineli anokulungelelanisa izakhono zobugcisa

Izinto ezibalulekileyo ekufuneka ziqwalaselwe

• Izigqibo ezibalulekileyo kunye nesizathu seeMpampu zamanzi zeMoto
• Iinkcukacha, ukuthobela imithetho, kunye nokuhlolwa komngcipheko okufuneka kuqinisekiswe ngaphambi kokuba uzibophelele
• Amanyathelo alandelayo asebenzayo kunye nezilumkiso abafundi abanokuzisebenzisa ngoko nangoko

Imibuzo ebuzwa qho

Kutheni isitywino sempompo yamanzi sibalulekile ekusebenzeni kakuhle kokupholisa injini?

Igcina i-coolant ngaphakathi kwimpompo ngelixa ikhusela iibheringi ekuvutheni. Itywina eliphilileyo ligcina ukuhamba kwamanzi, ubushushu obusebenzayo obuzinzileyo, kwaye linceda ekuthinteleni ukugqithisa okanye ukungaphumeleli kwempompo ngaphambi kwexesha.

Ziziphi iimpawu eziqhelekileyo zokutywinwa kwepompo yamanzi yemoto okungasebenzi kakuhle?

Qaphela ukuba i-coolant ilila emngxunyeni womoya, ivumba elimnandi le-coolant, inqanaba eliphantsi le-coolant, ingxolo ye-bearing, okanye ukunyuka kobushushu benjini. Buyisela ipompo okanye i-seal assembly ngaphambi kokuba umonakalo we-bearing usasazeke.

Zeziphi izinto zokutywina ezisebenza kakuhle kwiinkqubo zanamhlanje zokupholisa?

Iinketho eziqhelekileyo zii-carbon vs. ceramic okanye i-silicon carbide faces ezine-HNBR elastomers. Kwi-heat ephezulu okanye ulwelo olukhethekileyo, i-FKM okanye i-EPDM inokuba ngcono, kuxhomekeke kwi-coolant chemistry kunye nobubanzi bobushushu.

Ngaba isibandisi esingcolisiweyo singayonakalisa isitywini sempompo yamanzi?

Ewe. Ukungcola, umhlwa, okanye i-coolant engalunganga inokuphazamisa ifilimu yokuthambisa phakathi kobuso besitywino, nto leyo ebangela ukuba i-ome, iguge, kwaye ivuza. Sebenzisa i-coolant echaziweyo kwaye ugcine inkqubo icocekile ngexesha lokulungiswa.

Ngaba iVictor Seals inokuxhasa iimfuno zesitywina sepompo esihambelana ne-OEM?

Ewe. I-Victor Seals yenza izitywino zoomatshini kunye nezixhobo zokutywina ezihambelana ne-OEM, kubandakanya neendlela ezenziwe ngokwezifiso, kwiimfuno zokugcinwa kwepompo. Yabelana ngemodeli yepompo, ubungakanani bomngxuma, ulwelo, ubushushu, kunye nesantya sokufanisa.