Imodeli entsha kaloliwe eqhelekileyo CRI CRP EUI/EUP ibhentshi yovavanyo CRS-618C yamkelwe ngokubanzi ngabathengi bethu.

Ibhentshi entsha yokuvavanya imodeli ye-CRS-618C iqalwe ukususela ngoNovemba ka-2023, kwaye emva kweenyanga ezimbalwa, yamkelwe ngokubanzi ngabathengi bethu ngempendulo elungileyo. Izalisekisa imfuno yovavanyo lwe-CRI CRP EUI/EUP, kunye nomthamo oxineneyo ngakumbi onceda ukugcina iindleko zokuthumela kunye nendawo yokusebenza. Umsebenzi ongenamkhawulo wekhowudi ye-QR usimahla ngoku, i-teamviewer inceda kuyo nayiphi na inkxaso yobugcisa. Umchwephesha wethu unokuza kuwe kwiiyure ezingama-24 ukuba unamathandabuzo okanye ubunzima ngomatshini.

Ibhentshi yovavanyo oluqhelekileyo lwe-CRS-618C sisixhobo esidibeneyo samva nje esiphuhliswe yinkampani yethu ukuvavanya ukusebenza koxinzelelo oluphezulu lweempompo zikaloliwe eziqhelekileyo kunye nee-injection. Inokuvavanya ukusebenza kweempompo ezahlukeneyo zabenzi (BOSCH, DENSO, DELPHI, SIEMENS, CAT) kunye nee-injector kunye nee-injector ze-piezoelectric. Esi sixhobo silinganisa ngokupheleleyo umgaqo wenkqubo yokutofa yoxinzelelo oluphezulu lwenjini kaloliwe eqhelekileyo. I-drive ephambili ithatha itekhnoloji yokulawula isantya soguqulo oluphezulu, kunye netorque enkulu kunye nengxolo ephantsi kakhulu. Ipompo yesitimela eqhelekileyo kunye ne-injector ivavanywa ngokusebenzisa i-sensor flow flowing, kwaye isantya sokuvavanya sikhawuleza, ukulinganisa kuchanekile kwaye kuzinzile; inokumiliselwa nge-EUI/EUP inkqubo, kwaye inokubonaCAT 320Dimpompo kaloliwe eqhelekileyo. Isantya sempompo yeoli, i-injection pulse ububanzi, umthamo weoyile, kunye noxinzelelo lukaloliwe lwebhentshi yovavanyo zonke zilawulwa yikhompyuter yeshishini ngexesha langempela lokuqokelela idatha. Isikrini se-LCD esiyi-19″ sibonisa ngokucacileyo ngakumbi, ngaphezu kwe-4,000 yeentlobo zedatha eyakhelwe-ngaphakathi enokubuzwa kwaye iprintwe (ukhetho). Umsebenzi unokwethenjelwa kwaye uzinzile, kwaye ukuchaneka kokulawula kuphezulu. Iqokobhe liyacutshungulwa kwaye lenziwe zizixhobo ze-CNC, ezintle kwaye zihlala ixesha elide.

Esi sixhobo sinokuqonda ukuxilongwa okude kweempazamo, ukwenza ukugcinwa ngokukhawuleza kwaye kube lula ngakumbi.

2. Iimpawu

(1) Esona sixhobo siphambili se-injini sisebenzisa ukulawulwa kwesantya esitshintshayo;

(2) Ulawulo lwexesha lokwenyani lwekhompyuter, inkqubo yokusebenza ye-win7. Ukuxilongwa kwempazamo ekude kunokuqondwa, ukwenza ukugcinwa kwezixhobo kube lula kwaye ngokukhawuleza;

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(4) SebenzisaDRVukulawula uxinzelelo lukaloliwe, ukulinganisa uxinzelelo lukaloliwe ngexesha lokwenyani, ulawulo olusondeleyo lwelophu yoxinzelelo lukaloliwe, kunye nomsebenzi wokukhusela i-voltage ephezulu;

(5) I-injector drive signal pulse ububanzi iyahlengahlengiswa;

(6) Inomsebenzi wokukhusela isiphaluka esifutshane;

(7) Inkqubo ye-EUI/EUP inokufakelwa;

(8) Iyakwazi ukubona i-CAT 320D yoxinzelelo oluphezulu lwempompo kaloliwe eqhelekileyo kunye ne-injector kaloliwe eqhelekileyo;

(9) Iyakwazi ukubona ukuxhathisa kunye ne-inductance ye-injector ye-solenoid valves eqhelekileyo;

(10) Umthamo we-piezoelectric injector unokufunyanwa;

(11) Uxinzelelo lokuvula i-injector ye-fuel inokuvavanywa;

(12) Uxinzelelo oluphezulu lunokufikelela kwi-2600bar;

(13) Ulawulo olukude lunokwenzeka;

(14) Idatha yeSoftware inokuphuculwa kwi-intanethi.

3. Umsebenzis

(1) Ukufunyanwa kwempompo kaloliwe eqhelekileyo

1. Uvavanyo lweempawu:BOSCH, DENSO, DELPHI, SIEMENS, CAT;

2. Vavanya ukutywinwa kwempompo;

3. Khangela uxinzelelo lwangaphakathi lwempompo;

4. Khangela ivalve ye-solenoid elinganayo yempompo;

5. Uvavanyo lwempompo yokuhanjiswa kweoyile yempompo;

6. Khangela izinga lokuhamba kwempompo;

7. Ukulinganisa uxinzelelo lukaloliwe ngexesha lokwenyani.

(2) Ukuhlolwa kwee-injection zikaloliwe eziqhelekileyo

1. Iimpawu zokuvavanya: BOSCH, DENSO, DELPHI, SIEMENS, CAT, piezoelectric injectors;

2. Inokubona ukutywinwa kwee-injector zikaloliwe eziqhelekileyo;

3. Ukulinganisa umthamo wokubuyisela ioyile ye-injector;

4. Ukulinganisa umthamo weoli ophezulu we-injector;

5. Ukulinganisa umthamo weoli yokuqala ye-injector;

6. Ukulinganisa umthamo weoli yesantya esiphakathi se-injector;

7. Ukulinganisa i-pre-injection ye-injector;

8. Inokukhangela, igcine kwaye ivelise isiseko sedatha.

(3) Imisebenzi yokuzikhethela

1. Ukhetho lweyunithi yempompo yempompo / umbhobho wempompo;

2. Iikhowudi ze-QR ezikhethiweyo kunye neekhowudi ze-IMA ezivela kwi-Bosch, Denso, Delphi kunye ne-Siemens;

3. Ixesha lokuphendula le-BIP yesitofu esinokuzikhethela.

4. Umsebenzi okhethiweyo ukuvavanya uxinzelelo lokuvula i-NOP ye-injector.

5. Umsebenzi okhethiweyo wokuvavanya ukuvulwa kwe-pulse ububanzi be-MDP ye-injector.

4. IiParameters zobuGcisa

(1) Ububanzi bokubetha: 100 ~ 4000μs;

(2) Ubushushu bamafutha: 40±2℃;

(3) Uxinzelelo lukaloliwe: 0 ~ 2600 bar;

(4) Ukuchaneka kokucoca ioli yokuvavanya: 5μ;

(5) Ukulawula ubushushu be-oyile: ukufudumeza / ukupholisa

(6) Ukufakwa kwamandla okufakwayo: i-3 isigaba se-380V okanye i-3 isigaba se-220V;

(7) Isantya sebhentshi yovavanyo: 100 ~ 3500 rpm;

(8) Umthamo wetanki yamafutha: 40L;

(9) Impompo kaloliwe eqhelekileyo: BOSCH CP3.3;

(10) Umbane wolawulo lwesekethe: DC24V/DC12V;

(11) Inertia yeFlywheel: 0.8KG.M2;

(12) Ubude beziko: 125MM;

(13) I-Motor output power: 7.5 okanye i-11KW;

(14) Ubungakanani (MM): 1100 (L) × 800 (W) × 1700 (H).