You are here: Bicker Elektronik / Products / Industrial PC PSUs / AC input / P1H-5500V

P1H-5500V

500 Watt

  • Efficiency up to 86 %
  • Silent due to regulated fan
  • TÜV approved up to +50 °C

Due to its high efficiency and the temperature-controlled fan the noise development of the P1H-5500V is only minimal. Its robust construction guarantees a long service life under industrial operating conditions. All equipped components are of high quality and designed for an operating temperature of +50 °C. The regulation properties of the P1H-5500V are very good. A special cable harness is optionally available for the P1H-5500V.

Technical data

 

Input voltage

90…264 VAC, active PFC

Input frequency

47…63 Hz

Input current

8 A (115 VAC) / 4 A (230 VAC)

Inrush current

40 A (115 VAC) / 60 A (230 VAC)

Efficiency

82…86 %

Hold up time

>16 msec

Power-Good-Signal

Switch on delay 100…500 msec
Switch off delay 1 msec

Protection

Short circuit protection: +3.3 V, +5 V, +12 V, switch off / -12 V, +5 Vsb, auto recovery
Overload protection: 110…160 %, switch off
Overvoltage protection: +3.3 V (+3.6…+4.3 V), +5 V (+5.6…+6.5 V), +12 V (+13.2…+15 V)

Earth leakage current

<3.5 mA, 115 VAC/230 VAC

Safety / EMC

TÜV, UL, CB, CE

Operating temperature

0…+50 °C

Storage temperature

-20…+80 °C

Operating humidity

20…80 % RH, non-condensing

Dimensions (W x D x H)

100 x 225 x 40.5 mm ±0.5 mm

Weight (net)

1.65 kg

Article
No.

Output
voltage

Output current
min

Output current
max

Load
regulation

Ripple &
noise

P1H-5500V

+3.3 V

0.5 A

25 A

±5 %

60 mV

+5 V

0.5 A

25 A

±5 %

60 mV

+12 V

2 A

40 A

±5 %

120 mV

-12 V

0 A

0.8 A

±10 %

120 mV

+5 Vsb

0.1 A

3.5 A

±5 %

60 mV

Max. output power is 500 W, combined output current at +3.3 V and +5 V must not exceed 35 A. Ripple and Noise was measured by a 20 MHz bandwidth limited oscilloscope with connected 100 μF electrolytic capacitor and 100nF 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.

Technical documentation: