Ibhentshi lokuhlola isitimela elivamile le-CRS-700

                                       I. Ukubuka konke

I-CRS-700 iyithuluzi elikhethekile elisanda kuthuthukiswa lokuhlola ukusebenza kwama-injector amane e-common rail anengcindezi ephezulu. Ingahlola ama-injector e-common rail akhiqizwe yi-BOSCH, i-SIEMENS, i-DELPHI, kanye ne-DENSO. Le divayisi ilingisa ngokuphelele isimiso sohlelo lokujova senjini ye-common rail enengcindezi ephezulu. I-drive eyinhloko isebenzisa ubuchwepheshe bokulawula isivinini esiguquguqukayo, equkethe i-torque ephezulu yokukhipha, umsindo ophansi kakhulu, kanye nokutholwa kwengcindezi yesitimela esizinzile.

Le divayisi isebenzisa ikhompyutha yezimboni ukuthola idatha ngesikhathi sangempela. Isikrini se-LCD esingamasentimitha angu-21 sinikeza ukubonisa okucacile, futhi izinhlobo ezingaphezu kuka-7000 zedatha yokulungisa amaphutha zingabuzwa futhi ziphrintiwe (ongakukhetha). Ibhentshi lokuhlola lisebenzisa ukuguqulwa kwesignali yokushayela, ukuqinisekisa ukunemba okuphezulu kokulawula kanye nokusebenza okuthembekile nokuzinzile. Ibhokisi lenziwe ngomshini we-CNC ukuze liqede kahle futhi liqine.

Le divayisi ivumela ukuxilongwa kwamaphutha okude, okwenza isevisi yangemva kokuthengisa isheshe futhi ibe lula kakhudlwana.

II. Izici

(I) Idrayivu eyinhloko isebenzisa ukulawulwa kwesivinini semvamisa eguquguqukayo;

(II) Ukulawulwa kwesikhathi sangempela yikhompyutha yezimboni, kusetshenziswa uhlelo lokusebenza lwe-Win7 noma lwe-Linux.

(III) Ubuningi bephethiloli bulinganiswa ngezinzwa zokugeleza ezine ezinembe kakhulu futhi buboniswa esikrinini se-LCD esingu-19";

(IV) Ukulawulwa kwe-DRV kokucindezela kwesitimela kusetshenziselwa ukukala ukucindezela kwesitimela ngesikhathi sangempela, ngokulawulwa kokucindezela kwesitimela okuvaliwe kanye nomsebenzi wokuvikela ukucindezela okuphezulu;

(V) Idatha ingabuzwa, igcinwe, futhi iphrintwe (ngokuzithandela);

(VI) Ububanzi be-pulse yesignali ye-injector drive buyalungiseka;

(VII) Iyunithi yokupholisa;

(VIII) Umsebenzi wokuvikela i-short-circuit;

(IX) Ingabona ukumelana kanye nokungena kwama-valve avamile e-injector solenoid;

(X) Ingabona amandla okusebenza kwama-injector e-piezoelectric;

(XI) Ukuthuthukiswa kwenethiwekhi yedatha yesofthiwe kulula kakhulu;

(XII) Ukucindezela okuphezulu kufika kubha engu-2300;

(XIII) Ukulawula kude kungenzeka;

III. Imisebenzi

(I) Ukuhlolwa Komkhiqizo: I-BOSCH, I-DENSO, I-DELPHI, I-SIEMENS, I-CUMMINS;

(II) Ukulinganisa ukusebenza kokuvala kwama-injector esitimela avamile anomfutho ophezulu;

(III) Ukulinganisa ukujova ngaphambi kokufakwa kwama-injector esitimela avamile anomfutho ophezulu;

(IV) Ukulinganisa inani eliphezulu likaphethiloli lama-injector avamile esitimela acindezelwe kakhulu;

(V) Ukulinganisa inani likaphethiloli lokuqala lama-injector esitimela avamile anomfutho ophezulu;

(VI) Ukulinganisa inani elimaphakathi likaphethiloli lama-injector avamile esitimela acindezelwe kakhulu;

(VII) Ukulinganisa inani likaphethiloli elibuyayo lama-injector esitimela avamile anomfutho ophezulu;

(VIII) Idatha ingabuzwa, igcinwe, futhi iphrintwe (ngokuzithandela);

(IX) Ukulinganisa ngasikhathi sinye kwama-injector amane avamile esitimela;

(X) Isikhathi sokuphendula ngomjovo ongasikhetha;

(XI) Ingcindezi yokuvula i-injector yokuzikhethela (NOP);

(XII) Ububanzi bokushaywa kwe-injector ongakhetha kukho (MDP);

(XIII) Ukulinganisa okukhethwa kukho kwe-injector dynamic armature stroke (AHE);

(XIV) Ukuhlolwa kwe-IART okuhlakaniphile okunamaphini ayi-6 okungakhethwa.

IV. Amapharamitha Obuchwepheshe

(I) Ububanzi be-Pulse: Ingaguqulwa kusuka ku-100 kuya ku-3000 μs;

(II) Izinga lokushisa likaphethiloli: 40±2℃;

(III) Ukucindezela Kwesitimela: 0 kuya ku-2400 bar;

(IV) Ukunemba Kokuhlunga Kwamafutha Okuhlola: 5 μ;

(V) Amandla Enjini: 5.5 KW;

(VI) Amandla Okufaka: Isigaba sesithathu esingu-380V noma isigaba sesithathu esingu-220V;

(VII) Isivinini seBhentshi Lokuhlola: 100~3000 rpm;

(VIII) Umthamo wethangi likaphethiloli: 30L;

(IX) Ubukhulu obuphelele (mm): 1475×1050×1630;

(X) Isisindo: 460 kg.