250W/52V Desktop Power Adapter
Model | GWS-AP250-52 |
Output Group Number | 1 |
DC Voltage | 52VDC |
Output Voltage | 0-4.5A |
Ripple Noise Vin 240Vac/50Hz full load | <300mVp-p |
Stabilized Voltage Precision | ±3% |
Line Regulation | ±1% |
Load Regulation | ±3% |
Temperature Coefficient | ±0.03%/℃ |
Output Start Time | ≤2.0S (220Vac input, Full load) |
Output Hold Time | ≥20mS (The power shall support 4.95A at 200~240Vac and 25℃) |
Voltage Overshoot | <5.0% |
Input Voltage Range | 200VAC~264VAC |
Input Rated Voltage Range | 200VAC~240VAC |
Frequency Range | 47Hz~63Hz |
Efficiency | 89% |
Input Current | <2.2A |
Inrush Starting Current | <40A@300Vac Cold start |
Leakage Current | Input to output less than 0.25mA |
Output Over Power | 290~360W Downtime |
Output Over Voltage | 59-60V Downtime |
Output Over Current | 6~6.6A Downtime |
Output Short Circuit | It can be short circuited for a long time and automatically recover after the short circuit is eliminated. |
Operation Temp/ Humidity | -0℃~45℃, 20%~90%RH No condensing |
Storage Temp/ Humidity | -20℃~80℃, 5%~90%RH No condensing |
Security Standard | GB4943/EN62368 |
Dielectric Strength | Input—Output: 3KVac/10mA, Input—Earth: 1.5KVac/10mA. Output—Earth: 0.5KVDC/10mA, Testing time:1min |
Insulation Resistance | Input—Output: 100M ohms, Input—Case: 100M ohms, Output—Case: 100M ohms |
Electromagnetic Interference | EN55022 Class A |
Harmaonic Current | IEC61000-3-2 class A equipment requirements |
Electromagnetic interference Immunity | EN61000-4-2,4,5,6,8,11 ENV50204, Class A heavy industry standard |
MTBF | 100,000Hrs AT 25℃, MIL-217 Method 2 Components Stress Method |
Dimension (L*W*H) | 186*80*40mm |
Note | If the specification is not specified, all specifications and parameters shall be measured at rated input, rated load and 25℃ ambient temperature. Ripple noise test method: the use of a 12# twisted pair, while the terminal to parallel capacitance of 0.1uF and 10uF, measured at the scope of the oscilloscope 20MHz bandwidth. The power supply will be installed on the final equipment as a component, and the final equipment will still have to meet the EMC condition. |
E-mail:onv@onv.com.cn