Model |
RAN-H600-V012 |
Input |
Rated Input Voltage |
220-240/ 100-120VAC |
Input Voltage Range |
190~264/ 90~130Vac |
Frequency Range |
47~63(Typ. 50/60)HZ |
Max. Input Current |
≤8A |
Inrush Current |
≤110A |
Output |
Rated output voltage |
12V |
Rated Output Current |
50A |
Max. Output Power |
600W |
Efficiency |
≥87%(Typ. 88%) |
Output Ripple & Noise |
≤300mVp-p |
Dynamic Response Overshoot |
≤5% |
Dynamic Response Recovery Time |
200μs |
Line regulation |
±1% |
Load regulation |
±2% |
Voltage tolerance |
±2% |
Environment Condition |
Range of working temperature |
-20~+50(Typ.25) |
Storage temperature |
-40~+80(Typ. 25) |
Relative Humidity |
5~90% |
Cooling Method |
Forced-Air Cooling |
Built-in fan (do not block the air duct of the fan when using, so as not to affect normal use) |
Atmospheric Pressure |
70~106Kpa |
Altitude |
0~3000m |
Safety &EMC |
Leakage Current |
Input To FG |
≤3.5mA |
240Vac/60Hz |
Input To Output |
≤0.25mA |
Dielectrical Strength |
Input To Output |
1500Vac/10mA/1min |
No arc, no breakdown |
Input To FG |
1500Vac/10mA/1min |
Output To FG |
500Vac/10mA/1min |
Insulation resistance |
Input To Output |
≥10MΩ@ 500Vdc |
1atm, 90%RH, 500VDC |
Input To FG |
≥10MΩ@ 500Vdc |
Output To FG |
≥10MΩ@ 500Vdc |
Safety Standards |
UL60950,IEC/EN60950, GB4943.1-2011 |
EMS |
Surge:IEC61000-4-5 Line to Line:±2kV, Line to FG:±4kV |
Protection |
Over voltge protection |
≤16V |
Hiccup mode, recovers automatically after fault condition is removed. |
Overload protection |
65~80A, Hiccup mode, recovers automatically after fault condition is removed. |
Over-temperature protection |
/Optional |
Ambient Temperature, Rated load |
Output short-circuit protection |
Recovers automatically after fault condition is removed. |
Reliability |
MTBF |
25℃:100000Hrs,MIL-217 Method |
Others |
Cooling method |
⬜Ventilation Cooling √air cooling |
Dimensions |
292*151*90mm (L*W*H) |
Extension method |
⬜Three-proofing lacquer ⬜Stamped ⬜Low temperature start-up(-40℃)⬜Others |
Note |
*Unless otherwise specified, all specifications are measured at an input of 230VAC, rated load, 25°C. *In order to extend the service life, it is recommended to leave an additional 30% margin when configuring the load. For example, if the device requires 100W of power, the power supply of not less than 130W is selected. * Switching power supply ripple test method: test on the power supply output terminal with a 20MHz oscilloscope, the ground length of the oscilloscope probe is not more than 12mm, and the probe input is paralleled with 47uF electrolytic capacitors and 0.1uF high frequency capacitors. *The power supply is part of the equipment system components, and all EMC tests need to be confirmed in conjunction with the end equipment for electromagnetic compatibility. |