200W 240W 300W Open Frame Series produsén Power Supply
Parameter / spésifikasi listrik:
Modél No | MA200-24V8A | MA200-24V10A | MA200-36V8A | MA200-48V5A | |
Kaluaran | tegangan DC | 24V | 24V | 36V | 48V |
Dipeunteun ayeuna | 8A | 10A | 8A | 5A | |
rentang ayeuna | 0-12A | 0-15A | 0-10A | 0-7A | |
kakuatan dipeunteun | 200W | 240W | 300W | 240W | |
Ripple jeung Noise (Maksimum) | 100mVp-p | 100mVp-p | 100mVp-p | 100mVp-p | |
Akurasi tegangan | ± 3% | ± 3% | ± 3% | ± 3% | |
Laju adjustment linier | ± 0,5% | ± 0,5% | ± 0,5% | ± 0,5% | |
Peraturan beban | ± 1% | ± 1% | ± 1% | ± 1% | |
Efisiensi (TYP) | 87% | 87% | 88% | 89% | |
Métode cooling | Free cooling | Kipas cooling (10CFM) | Kipas cooling (10CFM) | Kipas cooling (10CFM) | |
Mimitian-up, waktos gugah | 1500ms, 30ms/220VAC 2500ms,30ms/110VAC (beban pinuh) | ||||
Input | rentang tegangan | VAC100-240V (Mangga tingal "Kurva Derating") | |||
Rentang Frékuénsi | 50Hz/60Hz | ||||
Arus AC (TYP) | 220V1.8A / 110V3A | 220V2.2A / 110V3A | 220V2.7A / 110V3A | 220V2.2A / 110V3A | |
Inrush ayeuna (TYP) | Mimitian tiis 35A | ||||
arus bocor | <2mA/240VAC | ||||
ayeuna | sirkuit pondok | Mode panyalindungan: mode hiccup, recovery otomatis sanggeus kaayaan abnormal dihapus | |||
leuwih ayeuna | 110% ~ 200% tina dipeunteun kaluaran ayeuna | ||||
leuwih kakuatan | 110% ~ 200% tina kakuatan kaluaran dipeunteun | ||||
Lingkungan | Suhu operasi | ﹣20~﹢60 ℃ (Mangga tingal "Kurva Derating") | |||
Kalembaban gawé | 20 ~ 90% RH, euweuh kondensasi | ||||
Suhu panyimpenan sareng kalembaban | ﹣40~﹢85℃,10~95%RH | ||||
Tahan geter | 10~500Hz, 2G 10 menit/siklus, X, Y, Z sumbu unggal 60 menit | ||||
kaamanan | Résistansi tekanan | I / PO / P: 1.5KVAC | |||
résistansi insulasi | I/PO/P,I/P-FG,O/P-FG:100M Ohms/500VDC/25℃/70%RH | ||||
Mékanis | Ukuran (L * W * H) | 125 * 66 * 35mm (L * W * H) (35MM nyaéta jangkungna komponén dewan) | |||
beurat | Ngeunaan 0.8Kg / PCS |
Catetan:
Kacuali disebutkeun, sadaya spésifikasi diukur dina input 220VAC, beban dipeunteun, sareng suhu lingkungan 25 °C.
Pasokan listrik kedah dianggap salaku bagian tina komponén dina sistem, sareng konpirmasi relevan ngeunaan kasaluyuan éléktromagnétik kedah dilaksanakeun babarengan sareng alat terminal.