| model |
LPV-200-12 |
LPV-200-24 |
LPV-200-36 |
|
output
|
Dc output voltage |
12V |
24V |
36V |
Output voltage tolerance
|
¡À1% |
¡À1% |
¡À1% |
| Rated output current |
16.5A |
8.3A |
5.5A |
| Output current range |
0-16.5A |
0-9.3A |
0-5.5A |
| Output power |
198W |
199W |
198W |
| Ripple and the noise |
150mVp-p |
200mVp-p |
200mVp-p |
Start, up, and keep time
|
200ms,20ms,30ms/230VAC |
iutput
|
Input voltage range |
170~264VAC 47~63Hz,235~373VDC |
Exchange input current
|
2.5A/230VAC |
| efficiency |
80% |
82% |
84% |
| Impulse current |
Cold start current 50A/230VAC |
| Leakage current |
<3.5mA/240VAC |
| Protection characteristics |
Overload protection |
Rated output power of 115% ~ 135% start over load protection |
| Protection way: cut output, the power supply after the restart can be restored |
| Thermal protection |
Shell temperature 85 ¡æ frequency, start thermal protection |
| Protection way: cut output, the temperature is returning to normal after can be automatically restored |
| environment |
Working temperature, humidity
|
-10¡æ~+60¡æ;20%~90%RH(please refer to reduce the specified number load curve) |
Keep temperature, humidity
|
-20¡æ~+85¡æ;10%~95%RHNo condensation |
| Vibrate resistance |
10 ~ 500 Hz, 2 G 10 min. / 1 cycle, duration 60 minutes, the axis |
| security |
Compression sex |
Between input and output: 1.5 KVAC input and the earth: 1.5 KVAC output and the ground: 0.5 KVAC |
| Insulation resistance |
Between input and output: input and the earth, the output and the earth: 100 M Ohms / 500 VDC |
| Conform to the standards |
Safety standards |
Accord with UL1012 IP67 |
EMC standards
|
Accord with EN55022,CLASSA |
| other |
weight |
2.8kg 235*120*56mm (L*W*H) |
| packaging |
2.8kg/9pcs/26.5kg |
Note: 1. All the parameters in has not specified, all is in 230 VAC voltage input, rated load and 25 ¡æ conditions measuring income value.
2. Ripple and noise voltage is in 20 MHz bandwidth oscilloscope take 12 inches double lines end with 0.1 mu and 47 u when capacitance measurement.
3. Tolerance is voltage setting error, the voltage adjustment rate and the current adjust rate combined.
|
