1. Isilinganiso sokuhlanekezela kwe-sine wave esihlanzekile≤3%;
2. -40℃ ~ +50℃ ububanzi bomsebenzi;
3. Imodi yomsebenzi yokupholisa abalandeli ehlakaniphile;
4. Sekela ukuxhumana kwe-RS485&CANBUS(kuyakhetheka);
5. Ukuxhumeka kokuhlehlayo kokufaka, i-voltage ephansi, i-voltage ephezulu, ukugcwala okuphumayo, isifunda esifushane, izinga lokushisa elingaphezulu.etc.;
6. Isilawuli kude esingenantambo noma isilawuli kude esinezintambo nokunye (ongakukhetha);
7. Okokufaka kwe-DC kanye nokukhishwa kwe-AC kuhlukaniswe ngokuphelele;
8. Ifanele ibhethri le-lead acid nebhethri ye-lithium;
Imodeli | I-FSA500B | I-FSA1000B | I-FSA1200B | I-FSA1500B | I-FSA2000B | |
Okukhiphayo | Amandla Aqhubekayo | 500 Watt | 1000 Watt | 1200 Watt | 1500 Watt | 2000 Watt |
Amandla Aphakeme | 1000 Watt | 2000 Watt | 2400 Watt | 3000 Watt | 4000 Watt | |
I-Waveform ephumayo | I-Pure Sine Wave(Izinga lokuhlanekezela≤3%) | |||||
Imvamisa Yokuphuma | 50/60Hz±2% | |||||
I-Voltage ephumayo | Ukusetha Okuzenzakalelayo: 230V±5V | Ukusetha Okuzenzakalelayo: 110V±5V | ||||
Amanye Amandla kagesi: 230V/240V | Amanye Amandla kagesi: 110V/120V | |||||
Okokufaka | I-Voltage yokufaka | 12VDC | Idatha ye-24VDC | 12VDC | Idatha ye-24VDC | |
Input Voltage Rate | I-DC9.5V-15.5V | I-DC19V-31.5V | I-DC9.5V-15.5V | I-DC19V-31.5V | ||
I-alamu ye-Voltage ephansi | I-DC10.5V±0.5V | I-DC21V±0.5V | I-DC10.5V±0.5V | I-DC21V±0.5V | ||
Low Voltage Protection | I-DC9.5±0.5V | I-DC19±0.5V | I-DC9.5±0.5V | I-DC19±0.5V | ||
Ukubuyiselwa Kwe-Voltage Ephansi | I-DC12V±0.5V | I-DC24.5V±0.5V | I-DC12V±0.5V | I-DC24.5V±0.5V | ||
I-Over Voltage Recovery | I-DC15V±0.5V | I-DC30.5V±0.5V | I-DC15V±0.5V | I-DC30.5V±0.5V | ||
Over Voltage Protection | I-DC15.5V±0.5V | I-DC31.5V±0.5V | I-DC15.5V±0.5V | I-DC31.5V±0.5V | ||
Ukuvikelwa Kokukhiphayo | I-Over Temperature Protection | 70℃±5℃ | ||||
Imodi yokuvikela: qalisa kabusha ngemuva kwe-buzzer ngokuqhubekayo i-alamu imisindo emi-5 ngokuvala i-voltage ephumayo kanye nezinga lokushisa elingaphansi kwama-degree angama-65. | ||||||
I-Output Short Circuit | Imodi yokuvikela: buyisela okukhiphayo ngemva kokucisha i-voltage ephumayo futhi ungabandakanyi ithuba lokujikeleza okufushane. | |||||
Ukuvikelwa kokulayisha ngokweqile | Umthwalo ku-105-115% uhlala imizuzwana engu-180, futhi ku-115-150% imizuzwana engu-10 | |||||
Imodi yokuvikela: buyisela okukhiphayo ngemva kwe-alamu ye-buzzer eqhubekayo ephumayo evaliwe nomthwalo ophansi | ||||||
Ukuguqulwa Ngempumelelo | 92% (Umthwalo ogcwele) | |||||
Isilawuli kude esingenantambo | I-50m yokulawula i-Barrier-free inverter | |||||
RS-485 | RS-485 ukuxhumana | |||||
I-CanBUS | Ukuxhumana kwe-CanBUS | |||||
I-TTL | Ukuxhumana kwe-TTL | |||||
Akukho mthwalo wamanje | ≤0.3A (DC12V) | |||||
Izinga Lokushisa Lokusebenza | 〔-20℃〕TO〔+50℃〕 | |||||
Umswakama Osebenzayo | 20-90%RH Ayincishi | |||||
Izinga Lokushisa Lesitoreji | 〔-30℃〕TO〔+70℃〕 | |||||
Imodi Yokupholisa | Ukulawula izinga lokushisa okuhlakaniphile kokupholisa komoya, noma ukuqala kwefeni lapho izinga lokushisa > 100W | |||||
Isitifiketi | I-CE, FCC kanye ne-ROHS |