I-SAMRTGEN Hgm6100nc isilawuli sesiteshi samandla esizenzakalelayo sochungechunge sihlanganisa ubuchwepheshe bedijithali, obuhlakaniphile kanye nenethiwekhi, obusetshenziswa ohlelweni oluzenzakalelayo nokuqapha lwesethi yejeneretha eyodwa ukuze kuqaliswe ukuqalisa / ukuvala shaqa okuzenzakalelayo, ukukalwa kwedatha, ukuvikela i-alamu kanye nemisebenzi "ezintathu ezikude" isethi yejeneretha. Isilawuli samukela isibonisi esikhulu se-liquid crystal (LCD) sesikrini, esinokuxhumana okungakhethwa okungu-8 ngesi-Chinese, English, Spanish, Russian, Portugal, Turkey, polish and French. Ukusebenza kulula futhi kuthembekile.
Amandla kagesi asebenzayo: DC (8-35) V
Izinga lokushisa elisebenzayo: (- 25 ~ 70) ℃
I-Hgm6100nc isilawuli esizenzakalelayo sesiteshi samandla sochungechunge sisebenzisa ubuchwepheshe be-microprocessor ukuze sibone imisebenzi yokulinganisa okunembile, ukulungiswa kwenani eligxilile, isikhathi kanye nokusetha umkhawulo wamapharamitha ahlukahlukene. Yonke imingcele yesilawuli ingalungiswa kusuka kuphaneli yangaphambili yesilawuli, noma ilungiswe yi-PC ngesixhumi esibonakalayo se-USB, noma ilungiswe futhi iqashwe yi-PC ngesixhumi esibonakalayo se-RS485. Ngesakhiwo esihlangene, i-wiring elula nokuthembeka okuphezulu, ingasetshenziswa kabanzi ezinhlotsheni ezihlukahlukene zezinhlelo ze-generator automation.
Izici zokusebenza
Uchungechunge lwe-Hgm6100nc lunamamodeli ayisithupha:
I-Hgm6110nc: isetshenziselwa ukuzenzela komshini owodwa futhi ilawula ukuqalisa okuzenzakalelayo nokuvalwa kwejeneretha okusethwe ngesignali yokuqalisa kude;
Izici zayo eziyinhloko zimi kanje:
1. I-Liquid crystal display LCD ingu-132×64, enokukhanya kwangemuva, izilimi eziyisishiyagalombili (isiShayina, isiNgisi, iSpanishi, isiRashiya, iPortugal, iTurkey, ipholishi, isiFulentshi) ibonisa, futhi uthinte inkinobho ukuze usebenze;
2. Umvikeli wesikrini usebenzisa izinto ze-acrylic zesikrini esiqinile ezinokuguga okuhle nokumelana nokuklwebheka;
3. I-silica gel panel kanye nezihluthulelo zamukelwa, ezinekhono eliqinile lokuzivumelanisa nezinga lokushisa eliphezulu neliphansi lemvelo;
4. Inesixhumi esibonakalayo sokuxhumana se-RS485 futhi ingakwazi ukubona umsebenzi “okude okuthathu” ngokusebenzisa iphrothokholi ye-Modbus;
5. Ine-can bus interface, engaxhuma umshini we-EFI ne-J1939. Ayikwazi ukuqapha kuphela idatha evamile yomshini we-EFI (njengokushisa kwamanzi, ukucindezela kukawoyela, isivinini, ukusetshenziswa kukaphethiloli, njll.), kodwa futhi ukulawula ukuqalisa, ukuvala shaqa, isivinini esikhulu kanye nesivinini esiphansi ngokusebenzisa isikhombimsebenzisi se-CANbus (isilawuli esinebhasi i-interface iyadingeka);
6. Ifanele izintambo ezine zezigaba ezintathu, izintambo ezintathu zesigaba ezintathu, izintambo ezimbili zesigaba esisodwa, izintambo ezimbili zezigaba ezintathu (120V / 240V) ukunikezwa kwamandla kagesi 50Hz / 60Hz;
7. Qoqa futhi ubonise i-voltage yezigaba ezintathu, imingcele yezigaba ezintathu zamanje, imvamisa namandla amapayipi amakhulu / ukukhiqiza amandla;
8. Amandla okusebenzisa amandla anemisebenzi yokweqisa kwamandla kagesi, amandla angaphansi kwamandla kanye nokulahlekelwa kwesigaba, futhi ukukhiqizwa kukagesi kunemisebenzi yokugcwala kwamandla kagesi ngokweqile, ukungasebenzi kahle kwamandla kagesi, ukuphindaphindeka ngokweqile, ukungazami ngakunye, ukuphindaphindeka kanye namandla angaphezu kwamandla;
9. Qoqa ngokunembile amapharamitha ahlukahlukene enjini:
10. Umsebenzi wokulawula nokuvikela: qaphela ukuqalisa okuzenzakalelayo / ukuvala shaqa kwesethi yejeneretha yedizili, ukuvala nokuvula (ukushintsha kwe-ATS) nokuvikela okuphelele kokubonisa amaphutha;
11. Inemisebenzi yamandla ekuvaleni shaqa, ukulawula isivinini sokungenzi lutho, ukulawula ukushisa kwangaphambili kanye nokulawula ukukhuphuka nokuwa kwesivinini, konke okuwukukhishwa kwe-relay;
12. Umsebenzi wokusetha ipharamitha: uvumela umsebenzisi ukuthi ashintshe futhi asethe amapharamitha ayo futhi awagcine kumemori yangaphakathi ye-flash, engeke ilahleke lapho isistimu inikwe amandla. Wonke amapharamitha wesilawuli angalungiswa kusuka kuphaneli yangaphambili yesilawuli, noma ngokusebenzisa isixhumi esibonakalayo se-USB se-PC, noma ngesixhumi esibonakalayo se-RS485 se-PC;
13. Izinzwa ezihlukahlukene zokushisa, ingcindezi nezinga likawoyela zingasetshenziswa ngokuqondile, futhi imingcele ingenziwa ngezifiso;
14. Izimo ezihlukahlukene zokuqala eziphumelelayo (isivinini, ukucindezela kwamafutha kanye nemvamisa) zingakhethwa;
15. Umsebenzi wokuqalisa izimo eziphuthumayo;
16. Inomsebenzi wokuhlonza ngokuzenzakalelayo inani lamazinyo e-flywheel;
17. Ibanga elibanzi lamandla kagesi (8 ~ 35) VDC, elikwazi ukuzivumelanisa nemvelo ehlukene yokuqalisa amandla kagesi webhethri;
18. Yonke imingcele ilungiswa ngedijithali, ishiya indlela yokulungiswa kwe-analog ye-potentiometer evamile, okuthuthukisa ukuthembeka nokuzinza kwawo wonke umshini;
19. Ngomsebenzi wokulungisa, uhlobo lokulungisa lungakhethwa njengosuku noma isikhathi sokusebenza, futhi isenzo sokulungisa singasethwa (isixwayiso noma ukuvala i-alamu);
20. Inemisebenzi yamarekhodi omlando, iwashi lesikhathi sangempela kanye nesikhathi sokuvala (qalisa umshini kanye ngenyanga/isonto/ngosuku bese usetha ukuthi ulayishiwe noma cha);
21. Indandatho yokuvala irabha iklanywe phakathi kwegobolondo nephaneli yokulawula, futhi ukusebenza kokuvikela kungafinyelela ku-IP65;
22. Isilawuli sihlanganiswe neziqeshana zensimbi;
23 idizayini yesakhiwo esiyimodulayo, igobolondo le-ABS elingashiyi ilangabi, ukuphela kwezintambo ezixhunywayo, imodi yokufaka eshumekiwe, isakhiwo esihlangene kanye nokufaka okulula.
Isikhathi sokuthumela: Jan-04-2021
