BEP-510-B4
120 Watt
- Improved vibration protection according to EN 60945
- 100 Watt continuous fanless power!
- Up to 84 % efficiency
The ATX PC power supply BEP-510-B4 is suitable for installation in fanless industry computers. Its innovative switching design has been optimized for high efficiency. At nominal load the efficiency is 84 %. The device is designed for use in vibration proof "maritime equipment" according to EN60945 and IACS E10 standards. The DC harness is firmly attached to the device. The DC harness is firmly attached to the device.
| Technical data
|
|
| Input voltage
|
90…264 VAC, active PFC
|
| Input frequency
|
47…63 Hz
|
| Input current
|
2 A (115 VAC) / 1 A (230 VAC)
|
| Inrush current
|
30 A (115 VAC) / 70 A (230 VAC)
|
| Efficiency
|
≥80 % (at full load and 115 VAC)
|
| Hold-up time
|
>41 ms at 115 VAC and full load
|
| Power-Good-Signal
|
Switch on delay 100…550 ms
Switch off 1 ms
|
| Protection
|
Short circuit protection: At each output, switch off
Overload protection: 110…160 %, switch off
Overvoltage protection: Switch off, +3.3 V (3.6…4.3 V), +5 V (5.6…6.5 V), +12 V (13.2…15 V)
Overtemperature protection: Switch off open
|
| Earth leakage current
|
<3.5 mA
|
| Safety / EMC
|
CE, UL 60950-1, TÜV: EN 60950-1
|
| Operating temperature
|
0…+70 °C
|
| Derating
|
See data sheet
|
| Storage temperature
|
-20…+70 °C, Start at -10 °C
|
| Operating humidity
|
5…95 % RH, non-condensing
|
| Dimensions (WxDxH)
|
83.8 x 165 x 40 mm ±0.4 mm
|
| Weight (net)
|
0.6 kg
|
|
Article
No.
|
Output
voltage
|
Output current
min
|
Output current
max
|
Load
regulation
|
Ripple &
Noise
|
| BEP-510-B4
|
+3.3 V
|
0 A
|
12 A
|
±5 %
|
50 mV
|
| +5 V
|
0 A
|
14 A
|
±5 %
|
50 mV
|
| +12 V
|
0 A
|
8 A
|
±5 %
|
120 mV
|
| -12 V
|
0 A
|
0.5 A
|
±10 %
|
120 mV
|
| +5 Vsb
|
0 A
|
1.5 A
|
±5 %
|
50 mV
|
Output power at +3.3 V, +5 V, +12 V and -12 V is 93 W (without fan). 100 W power can be supplied without fan, and 120 W full power using a 20 CFM fan. As a power component this PSU is for assembly purposes only and must not be operated in unassembled condition. The final assembly has to comply with the valid EMC and safety standards.
Technical documentation:
|