IP68 PC Material Outdoor Vertical Vertical Adapter AC
Imingcele Yezobuchwepheshe
| I-Max Watts | Ref. Idatha | Ubukhulu | |
| Amandla kagesi | Okwamanje | ||
| 6W | 3-24V DC | 10-1000mA | 65*35*25 |
| 6W | 3-24V DC | 10-1000mA | 106*47*33 |
| 9W | 3-40V DC | 10-1500mA | 106*47*33 |
| 9W | 3-40V DC | 10-1500mA | |
| 10W | 3-36V DC | 10-1200mA | 74*41*32 |
| 10W | 3-36V DC | 10-1200mA | 106*47*33 |
| 12W | 3-60V DC | 10-2000mA | 106*47*33 |
| 15W | 3-56V DC | 10-1400mA | 74*41*32 |
| 15W | 3-56V DC | 10-1400mA | 106*47*33 |
| 18W | 3-60V DC | 10-3000mA | 106*47*33 |
| 24W | 12-60V DC | 10-2000mA | 106*47*33 |
| 36W | 5-36V DC | 10-3000mA | 140-52*36 |
| 36W | 16-92V DC | 10-1500mA | 176**49*40 |
| 36W | 5-48V DC | 10-6000mA | 106*47*33 |
| 60W | 5-48V DC | 10-5000mA | 163w50w36 |
| 60W | 14-92V DC | 10-3000mA | 194*54*42 |
| 72W | 5-48V DC | 10-8000mA | 194*54*42 |
| Phawula: Max. I-30VDC yemakethe yase-US njengemfuneko Yekilasi 2 | |||
Izinzuzo nokuhlukaniswa kwama-adaptha amandla
Izinzuzo ze-adaptha yamandla
I-adaptha yamandla iwukunikezwa kwamandla okuguqula imvamisa emile okuhlanganisa izingxenye zamandla ze-semiconductor. Kuwubuchwepheshe bokuguqula imvamisa emile obuguqula imvamisa yamandla (50Hz) ibe yifrikhwensi emaphakathi (400Hz ~ 200kHz) nge-thyristor. Inezinhlobo ezimbili zokuguqulwa kwemvamisa: AC - DC - AC frequency conversion kanye ne-AC - AC frequency conversion. Uma kuqhathaniswa nesethi ye-generator yamandla evamile, inezinzuzo zemodi yokulawula eguquguqukayo, amandla amakhulu okukhiphayo, ukusebenza kahle okuphezulu, ushintsho olulula lwemvamisa yokusebenza, umsindo ophansi, ivolumu encane, isisindo esincane, ukufakwa okulula, ukusebenza okulula nokugcinwa, futhi bekulokhu esetshenziswa kabanzi ezintweni zokwakha, insimbi, ezokuvikela kazwelonke, ujantshi, uphethiloli nezinye izimboni. I-adaptha yamandla inokusebenza okuphezulu nokuguqulwa kwemvamisa. Ubuchwepheshe obuyinhloko kanye nezinzuzo zama-adaptha amandla esimanje zimi kanje.
(1) USEBENZISA indlela yesimanjemanje yokuvula i-adaptha yamandla ayiguqule ngendlela yokuzithokozisa yohlobo lokushanela umfutho onguziro ngendlela yokuqala ethambile, kuyo yonke inqubo yokuqalisa, uhlelo lokulungisa imvamisa kanye nesistimu yamanje, yokulungiswa kwe-voltage evala iluphu ukuze ukulandelela ushintsho lomthwalo, ukufeza isiqalo esithambile, le ndlela yokuqala umthelela omncane ku-thyristor, futhi kunenzuzo ukunweba impilo yesevisi ye-thyristor, Ngesikhathi esifanayo, kunenzuzo yokuthi kulula ukuqala ngaphansi kokubili ukukhanya nokukhanya. imithwalo esindayo, ikakhulukazi lapho isithando somlilo sensimbi sigcwele futhi kubanda.
(2) ye-adaptha yamandla yesimanje yesekethe yokulawula amandla engaguquki, isekethe yokulawula ene-microprocessor ene-inverter Ф Angle othomathikhi yesifunda, ngesikhathi sokusebenza, ngokuzenzakalelayo nganoma yisiphi isikhathi ukuqapha ukuguqulwa kwe-voltage, yamanje, imvamisa, futhi ngaleyo ndlela inqume ukuguqulwa komthwalo, ukulungisa okuzenzakalelayo ukufanisa ukuvinjelwa komthwalo, ukuphuma kwamandla okuqhubekayo, ukuze kuzuzwe ikota, ukonga amandla, inhloso yokukhulisa isici samandla, Ukonga amandla kusobala futhi ukungcoliswa kwegridi yamandla kuncane.
(3) wesifunda sokulawula sesimanje sisebenzisa ukwakheka kwesoftware ye-CPLD ye-adaptha yamandla, okokufaka kohlelo lwayo ngekhompyutha ukuze kuqedelwe ukushaya kwenhliziyo kokunemba okuphezulu, ukulwa nokujaha, ukuphendula okusheshayo, ukulungisa iphutha, ukuvalwa komfula, ukucindezelwa kokusika, okwedlulele, i-over-voltage, i-under-voltage, ukuntuleka komsebenzi wokuvikela olinganayo, ngoba izingxenye zesekethe ngayinye zihlala zisebenza ngaphakathi kobubanzi bokuphepha, Ngakho-ke, impilo yesevisi ye-adaptha yamandla inwetshwa kakhulu.
(4) I-adaptha yamandla yesimanje ingahlulela ngokuzenzakalelayo ukulandelana kwesigaba somugqa ongenayo wezigaba ezintathu, ngaphandle kwesidingo sokuhlukanisa ukulandelana kwesigaba A, B, C, ukulungisa iphutha kulula kakhulu.
5 kulula kakhulu.
Ukuhlukaniswa kwama-adaptha amandla
I-adaptha yamandla ingahlukaniswa ngohlobo lwamanje kanye nohlobo lwe-voltage ngokuya ngezihlungi ezihlukene ezisetshenzisiwe. Uhlobo lwamanje luhlungwa nge-dc flat wave reactor, engathola i-DC eqondile ngokuqhathaniswa. Umthwalo wamanje uyigagasi elingunxande, futhi amandla omthamo womthwalo acishe abe yi-sine wave. Uhlobo lwe-voltage lusebenzisa ukuhlunga kwe-capacitor, okungathola i-DC voltage eqondile. I-voltage emikhawulweni yomibili yomthwalo iyigagasi elingunxande, futhi amandla okulayisha acishe abe yi-sine wave.
Ngokwemodi ye-resonance yokulayisha, i-adaptha yamandla ingahlukaniswa ibe i-parallel resonance, i-resonance yochungechunge nochungechunge oluhambisanayo. Uhlobo lwamanje luvame ukusetshenziswa kumjikelezo we-parallel kanye nochungechunge lwe-inverter ye-resonant; Uhlobo lwe-voltage lusetshenziswa kakhulu kumjikelezo we-resonant inverter.
