BES-630C
300 Watt
- +24 VDC input
- Operating temperature -20…+70 °C
- UL508 certified
The 300 W DC PC power supply BES-630C provides a +24 V DC input for powering computer systems applied in automation or mobile systems. It is designed for an operating ambient temperature range of -20 up to +70 °C. Due to its widerange input from 18 to 32 V DC the BES-630C remains unaffected by input voltage fluctuations. Thanks to the softstart function the BES-630C does require no higher inrush current as compared to normal operation.
| Technical data |
|
|---|---|
| Input voltage |
+24 VDC (18…32 V) |
| Input current |
21 A max. at 18 VDC |
| Inrush current |
5 A |
| Efficiency |
>65 % |
| Hold up time |
App. 7 ms at +24 VDC and 290 W |
| Power-Good-Signal |
Switch on delay 100…500 ms |
| Protection |
Short circuit protection: Switch off with auto-recovery |
| Insulation voltage |
Input / Chassis 1414 VDC |
| Safety / EMC |
UL60950, UL508, CAN / CSA C22.2 No. 14-M 95, CE |
| Operating temperature |
-20…+70 °C |
| Derating |
300 W at 30 °C / 210 W at 50 °C / 150 W at 70 °C |
| MTBF |
>116 000 h at +50 °C according to MIL-HDBK-217F |
| Storage temperature |
-40…+75 °C |
| Operating humidity |
5…95 % RH, non-condensing, at +40 °C |
| Dimensions |
150 x 140 x 86 mm ±0.5 mm |
| Weight (net) |
1.65 kg |
|
Article |
Output |
Output current |
Output current |
Output current |
Load |
Voltage |
Ripple & |
|---|---|---|---|---|---|---|---|
| BES-630C |
+3.3 V |
0 A |
15 A |
8 A |
±2 % |
±5 % |
±50 mV |
| +5 V |
2 A |
30 A |
25 A |
±3 % |
±5 % |
±50 mV |
|
| +12 V |
0.1 A |
15 A |
10 A |
±5 % |
±5 % |
±100 mV |
|
| -12 V |
0 A |
2 A |
1 A |
±2 % |
±5 % |
±100 mV |
|
| -5 V |
0 A |
2 A |
1 A |
±2 % |
±5 % |
±100 mV |
|
| +5 Vsb |
0 A |
1.2 A |
0.72 A |
±3 % |
±5 % |
±100 mV |
Combined output power at +3.3 V and +5 V must not exceed 150 W. The +12 V output can supply up to 15 A if + 5 V / 15 A is connected. From a load of 100 W (+3.3 V and +5 V) onwards a minimum load of 1.2 A must be connected at +12 V. Load regulation and voltage regulation were done by changing the measured output load ±40 % from 60 % rated load and all other outputs kept at 60 % rated load. Ripple and Noise was measured by a 15 MHz bandwidth limited oscilloscope with connected 0.47 µF ceramic capacitor at each output.
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.
