BEPR-506H
60 Watt
- 60 Watt redundant fanless power!
- 2 power inputs
- Very compact dimensions
The new 60 W redundant ATX PC power supply has been designed for installation in fanless industrial computers. Thanks to its innovative circuit design it is characterized by an excellent voltage regulation. The redundant power supply ensures maximum reliability. As far as output is concerned, no base load is required. The +5 Vsb high power output can withstand loads of up to 3 A.
| Technical data |
|
|---|---|
| Input voltage |
90…264 V AC |
| Input frequency |
47…63 Hz |
| Input current |
2 A (115 V AC) / 1 A (230 V AC) |
| Inrush current |
35 A (115 V AC / 25 °C) / 70 A (230 V AC / 25 °C), cold start |
| Efficiency |
App. 76 % (nominal load) |
| Standby consumption |
App. 4.4 W |
| Hold-up-time |
20 ms at 115 V AC and 80 % of full load |
| Power-Good-Signal |
Switch on delay 100…550 ms, Switch off delay 1 ms |
| Protection |
Short circuit protection: Every output voltage shutdown, 5Vsb with restart |
| Earth leakage current |
<3.5 mA |
| Safety / EMC |
TÜV IEC/EN60950-1, UL60950-1, CE |
| Operating temperature |
0…+70 °C |
| Derating |
+40…+70 °C, 1.33 % / °C |
| MTBF |
486 131 h according to MIL-HDBK-217F at +25 °C |
| Storage temperature |
-20…+80 °C |
| Operating humidity |
20…80 % RH, non-condensing |
| Dimensions (W x D x H) |
106 x 190 x 39.5 mm ±0.4 mm |
| Weight (net) |
1.1 kg |
| Product-specific data |
|---|
| Alarm functions |
1. TTL signal, 2. Failure LED, 3. Reset for acoustic alarm |
| Combined output power |
Max. output power is 60 W (fanless), max. load at +3.3 V and +5 V is 30 W |
|
Article |
Output |
Output current |
Output current |
Load |
Ripple & |
|---|---|---|---|---|---|
| BEPR-506H |
+3.3 V |
0 A |
6 A |
±5 % |
50 mV |
| +5 V |
0 A |
6 A |
±5 % |
50 mV |
|
| +12 V |
0.1 A |
5 A |
±5 % |
120 mV |
|
| -12 V |
0 A |
0.3 A |
±10 % |
120 mV |
|
| +5 Vsb |
0 A |
3 A |
±5 % |
50 mV |
Output power is 60 W without fan. Max. output power at +3.3 V and +5 V is 30 W.
This power supply is for assembly purposes only and it must not be operated in unassembled condition. The final assembly has to comply with the valid EMC standards.
