I-4th Gen HP Mini Series Inverter eneshaja 600W/1000W/1500W
I-HP Mini Series Pure Sine Wave Inverter &Ishaja
♦ I-THD Ephansi Kakhulu, Imvamisa ingu-7% Ngaphansi Komthwalo Ogcwele Wolayini
♦ I-MPPT Isilawuli Seshaja Yelanga Siyatholakala
♦ Isilawuli kude siyatholakala
♦ Inzwa Yezinga lokushisa Lebhethri Ngokunemba Okungeziwe Kokushaja
♦ Umsebenzi Wokuqala We-Auto Gen Wohlelo Oluvaliwe Lwegridi Nge-generator Njengamandla Ayisipele
Isici se-HP Series Inverter & MPPT & Ishaja
Izici
♦ Isilawuli kude esihlakaniphile
♦ Sekela Iphaneli Yelanga Ngomsebenzi weMPPT
♦ Idizayinelwe Ukusebenza Ngaphansi Kwendawo Enzima
♦ I-DC Start & Automatic Self-Diagnostic Function
♦ Ihambisana nakho Kokubili Umthwalo Olayini Nongawona Umugqa
♦ Kulula ukufaka futhi kulula ukuyisebenzisa futhi kulula ukuxazulula
♦ I-Low DC Voltage Isekela Imishini Yasekhaya Neyehhovisi
♦ Izinga Lokushaja Elinamandla Kufika Ku-120Amp, Ikhetheka Kusukela Ku-0% -100%
♦ Idizayini Esebenza Kahle Kakhulu kanye “Nemodi Yokonga Amandla” ukuze Konge Amandla
♦ Imodi Ebaluleke Kakhulu Yebhethri, Iqoka ukucushwa kwe-UPS e-Inverter-Preferred
♦ Indawo Yokubuyisela Ibhethri ye-Vdc engu-13, enikezelwe kumasistimu Amandla Avuselelekayo
♦ 8 Isikhethi Sebhethri Esethiwe Ngaphambili Esihlanganisa Nokukhipha I-sulphation Yamabhethri Ayisicaba Ngokuphelele
♦ Izinyathelo ezi-4 zokushaja ibhethri ezihlakaniphile, i-PFC (Ukulungiswa kwe-Power Factor) yeshaja
♦ 8 ms Isikhathi Esijwayelekile Sokudlulisa Phakathi Kokusebenza nebhethri, Iqinisekisa Ukuqhubeka kwamandla
♦ Iminyaka engu-15 Ukubambezeleka Ngaphambi Kokudlulisa lapho i-AC Iqala Kabusha, Ukuvikelwa Komthwalo uma Kusetshenziswa neGeneretha
| I-HP MINI Pure Sine Wave Inverter/Ishaja | |||
| Ukucaciswa kukagesi | |||
| I-Inverter Output | Isilinganiso samandla | 600W | 1000W |
| Amandla Okukhipha Aqhubekayo | 600W | 1000W | |
| Isilinganiso Sokukhuphuka(20s) | 1800W | 3000W | |
| I-Waveform ephumayo | I-PureSine Wave/Same as input(Bypass mode) | ||
| Ukuphumelela Okuzisholo | 80%(ukuphakama) | ||
| Ukuphumelela Kwemodi Yomugqa | <95% | ||
| Isici samandla | 0.9-1.0 | ||
| I-Nominal Output Voltage RMS | I-120Vac noma i-230Vac | ||
| I-Output Voltage Regulation | ±10%RMS | ||
| Imvamisa Yokuphuma | 50/60Hz±0.3Hz | ||
| Ukuvikelwa Kwesifunda Esifushane | Yebo, Umsebenzi Wamanje Womkhawulo (Ugcwele ngemva kwesekhondi elingu-1) | ||
| Isikhathi sokudlulisa esijwayelekile | 10ms(Ubukhulu) | ||
| I-THD | Ngokuvamile <3%,Ubukhulu obungu-10% ngaphansi komthwalo ogcwele wolayini | ||
| Okokufaka kwe-DC | I-Voltage Yokufaka Okuzenzakalelayo | 12.0Vdc | |
| Ubuncane be-Voltage Yokuqala | 10.0Vdc | ||
| I-alamu Yebhethri Ephansi | 10.5Vdc/11.0Vdc | ||
| Uhambo Lwebhethri Eliphansi | 10.0Vdc/10.5Vdc | ||
| I-alamu ye-Voltage ephezulu kanye ne-Fault | 16.0Vdc | ||
| Ukubuyisela Okokufaka Okuphezulu kwe-DC | 15.5Vdc | ||
| I-Low Battery Voltage Recover | 13.0Vdc | ||
| Imodi Yokusesha Yokusebenzisa Engasebenzi | <25W uma Isilondolozi Samandla sivuliwe | ||
| Ishaja ye-AC | Okokufaka Ibanga Lamandla Kagesi | Okuncane:100-135VAC/194-243Vac | |
| Ububanzi: 90-135VAC/164-243Vac | |||
| Ibanga Lefrikhwensi Yokufaka | Okuncane:47-55±0.3Hz ngo-50Hz,57-65±0.3Hz ngo-60Hz | ||
| Ububanzi:43±0.3Hz kanye no-50Hz/60Hz | |||
| I-Voltage ephumayo | Kuya ohlotsheni lwebhethri | ||
| Isilinganiso se-Charger Breaker(120Vac) | 7A | 10A | |
| Isilinganiso sokukhokhisa esiphezulu | 20A kuya ku-25A+/-5A, kuye ngamamodeli | ||
| Ukuvala Ukuvikelwa Kwezindleko | I-15.7V ye-12Vdc | ||
| Uhlobo lwebhethri | I-Fsat Vdc | I-float Vdc | |
| Gel USA | 14 | 13.7 | |
| A,GM1 | 14.1 | 13.4 | |
| I-AGM 2 | 14.6 | 13.7 | |
| I-Lead Acid evaliwe | 14.4 | 13.6 | |
| Ijeli ye-Euro | 14.4 | 13.8 | |
| Vula i-Lead Acid | 14.8 | 13.3 | |
| I-calcium | 15.1 | 18.6 | |
| I-De-sulphation | 15.5 amahora ama-4 | ||
| Isilawuli kude | Yebo.Ongakukhetha | ||
| I-Bypass & Protection | Faka i-Voltage Waveform | I-Sine wave (Igridi noma i-Generator) | |
| Amandla kagesi okuzisholo | 120Vac | 230Vac | |
| Uhambo Lwamandla Aphansi | 80V/90V±4% | 184V/154V±4% | |
| I-Low Voltage iphinde ihlanganyele | 90V/100V±4% | 194V/164V±4% | |
| High Voltege Trip | 140V±4% | 253V±4% | |
| I-High Voltage iphinde ihlanganyele | 135V±4% | 243V±4% | |
| I-Max Voltage ye-AC | 150VAC | 270VAC | |
| Imvamisa Yokufaka Okuncane | 50Hz noma 60Hz(Izihlonze ngokuzenzakalelayo) | ||
| Uhambo Oluphansi Lwe-Freq | Kuncane:47±0.3Hz ngo-50Hz,57±0.3Hz ngo-60Hz | ||
| Ububanzi:40±0.3Hz ngo-50Hz/60Hz | |||
| I-Low Freq re engage | Kuncane:48±0.3Hz ngo-50Hz,58±0.3Hz ngo-60Hz | ||
| Ububanzi:45±0.3Hz ngo-50Hz/60Hz | |||
| High Freq Trip | Kuncane:55±0.3Hz ngo-50Hz,65±0.3Hz ngo-60Hz | ||
| Ububanzi: Awukho umkhawulo okhuphukayo we-50Hz/60Hz | |||
| High Freq kabusha ukuzibandakanya | Kuncane:54±0.3Hz ngo-50Hz,64±0.3Hz ngo-60Hz | ||
| Ububanzi: Awukho umkhawulo okhuphukayo we-50Hz/60Hz | |||
| Ukucaciswa Kwemishini | I-Inverter Dimensions(L*W*H) | 325*173*135mm/12.8*6.8*5.3〞 | 362*173*135mm/14.3*6.8*5.3〞 |
| Inverter Isisindo | 7.5KG/16.5Ib | 11KG/24.3Ib | |
| Ubukhulu Bokuthumela(L*W*H) | 425*230*205mm/16.7*9*8〞 | 475*230*205mm/18.7*9*8〞 | |
| Isisindo Sokuthumela | 8.5KG/18.7Ib | 12KG/26.5Ib | |
| Bonisa | Isimo se-LED | ||
| Iwaranti Ejwayelekile | 1 Unyaka | ||
Ephaneli elingemuva le-inverter, kukhona amaswishi e-DIP angu-5 avumela abasebenzisi ukuthi benze ngendlela oyifisayo ukusebenza kwedivayisi.
| Shintsha NO | Shintsha Umsebenzi | Isikhundla: 0 | Isikhundla: 1 | |
| SW1 | Low Ibhethri Trip Volt | 10.0VDCFor Deep-Cycle Battery | 10.5VDCFor Ukuqala Ibhethri | |
| *2 for24Vdc,*for48Vdc | ||||
| SW2 | I-AC Input Range | Umthombo we-AC | Ngemodi Yokusetshenziswa | Ngemodi ye-Generator |
| 230Vac HV | 184-253Vac | 140-270Vac | ||
| I-120Vac LV | 100-135Vac | 90-135Vac | ||
| SW3 | Ukusetha Okuzenzakalelayo Kwesilondolozi Samandla | Umsebenzi Weshaja Yasebusuku | Thola Ukulayishwa Ngemizuzwana emi-3 | |
| SW4 | I-O/P Frequency Setting | 50Hz | 60Hz | |
| SW5 | I-Solar/AC Isilungiselelo Esibalulekile | Okubalulekile Kwensiza | Okubalulekile Kwebhethri | |
I-Volt yohambo lwebhethri ephansi:
I-Low Battery Trip Volt isethwe ku-10.0VDC ngokuzenzakalelayo.Kungenziwa egcizelele 10.5VDC
I-AC Input Range:
Kunobubanzi obuhlukile bokufakwa kwe-AC obamukelekile bezinhlobo ezahlukene zomthwalo.Ingenziwa ngezifiso isuka ku-184-253VAC iye ku-140-270VAC.
Umjikelezo Wenzwa Yokulayisha:
I-inverter iyifekthri ezenzakalelayo ukuze ibone ukulayisha okungu-250ms njalo ngemizuzwana engama-30.Lo mjikelezo ungenziwa ngendlela oyifisayo ukuya kumasekhondi angu-3 ku-SW3 ekushintsheni kwe-DIP.
Ukulungiswa kwemvamisa:
Imvamisa ye-inverter ihlelwa yi-Sw4.Ukucushwa okuzenzakalelayo kwefekthri kwe-220/230/240VAC inverter ingu-50Hz, kanye ne-60Hz ye-100/110/120VACinverter.Ngenkathi i-output freq ingashintshwa kalula uma i-freq efanelekayo isetshenziswa ku-inverter.
I-Solar / AC Isilungiselelo Esibalulekile:
I-inverter yethu yakhelwe kuqala nge-AC ngokuzenzakalela.Lokhu kusho ukuthi, uma okokufaka kwe-AC kukhona, ibhethri izoshajwa kuqala, futhi isiguquli sizodlulisela okokufaka kwe-AC ukuze kunikwe amandla ukulayisha.Iswishi ye-AC Okubalulekile Nokubalulekile Kwebhethri iyatholakala uma icelwa.Uma ukhetha ukubaluleka kwebhethri, isiguquli sizosuka kubhethri ngaphandle kokufaka i-AC.