500W single output switching power supply

Model

S-480-5

S-480-12

S-480-15

S-400-24

S-480-48

DC output voltage

5V

12V

15V

24V

48V

Output voltage error（Note：2）

±2%

±1%

±1%

±1%

±1%

Rated output current

60A

40A

32A

20A

10A

Output current rage

0-60A

0-40A

0-32A

0-20A

0-10A

Wave and noise(Note ：3）

180mVp-p

180mVp-p

180mVp-p

180mVp-p

240mVp-p

Inlet stability(Note ：4）

±0.5%

±0.5%

±0.5%

±0.5%

±0.5%

Load stability (Note ：5）

±1%

±0.5%

±0.5%

±0.5%

±0.5%

DC output power

292W

480W

480W

480W

480W

Efficiency

73%

74%

78%

81%

83%

Adjustable range for DC voltage

4.5-5.6V

10-13.2V

13.5-18V

20-26.4V

41-56V

AC input voltage range

90~132VAC/180-264VAC 47-63Hz；254-370VDC

Input current

6.5A/115V 4A/230V

AC Inrush current

25A/115V 50A/230V

Leakage current

<3.5mA/240VAC

Overload protection

105%~150% Tpye:pulsing hiccup shutdown Reset: auto recovery

Over-voltage protection

5.75~6.75V

13.8~16.2V

18~21V

27.6~32.4V

57.6~67.2V

High-temperature protection

ERH1>=65℃ Fan on，<=55℃ Fan off，>70℃,Cut off output(5~15)

ERH1>=70℃ Fan on，<=65℃Fan off，>=80℃,Cut off output(24~48V)

Temperature coefficient

±0.03%/℃(0~50%)

Setup rise hold up time

200ms,100ms,20ms

Vibration

10~500Hz,2G 10min,/1cycle,Period for 60min,each axes

Withstand voltage

Input and output internal：1.5KVAC,Input and enclosure：1.5KVAC,Output and enclosure：0.5KVAC

Isolation resistance

Input and output internal: Input and enclosure, Output and enclosure：500VDC/100MΩ

Working temperature and humidity

-10℃~+60℃（Refer to output derating curve），20%~90%RH

Store temperature and humidity

-20℃~+85℃,10%~95%RH

Overall dimension

215×115×50mm

Weight

1.2Kgs

Safety standards

Design refer to UL1950

EMC standards

Design refer FCC PART15 J Conduction class A

Note：
1.The testing condition for the parameter above is :230VAC input, rated load,25℃70% RH.Humidity.
2. Error. Include the setting error, line stability and load stability. (Note: 5).
3.Wave test: adopting "A12"double wire for 20MHz, and 0.1UF&47UF capacitor short-circuit for interrupting.
4. Inlet voltage stability test: when is over load, the lowest voltage of inlet is up to the highest voltage.
5. Load stability test: the load is from 0% to 100%.