D1U4CS-D-2100-52-HA3DC

DC-DC 2100 Watt, 52.5V Main Output, 5V Standby Output Front-End Power Supply with front to back airflow
D1U4CS-D-2100-52-HA3DC
Total Output Power (W) 2103.75
Form Factor 1U x 101.60 x 344.47
Input Voltage Range (V) 40 to 72
Output Voltage 1 (V) 52.5V
Output Voltage 2 (V) 5
Efficiency (%) 93
Operating Temp. Range (C) -5 to 55
Design Origin Murata Power Solutions
Dimensions (inch) 1U x 4 x 13.56
Dimensions (mm) 1U x 101.60 x 344.47
Output Current (A) 40
Output Current 2 (A) 0.75
Isolation (Vdc) 1414
PARD (typical) 1
Quality IEC60950-1:2006/A11:2009 UL60950-1 2nd Ed. 2007-03-27, CSA22.2 N0.60950-1 2nd Ed. 2007.03, EN60690-1:2006+A11:2009 (Evaluated) CE Marking per LVD
RoHS 6 Yes
Series Headline 101mm DC/DC Front End Power Supply
Series Description This highly efficient, 2100W, 54V (or 52.5V) output DC-DC converter is designed to deliver reliable bulk power to 54V distributed power systems, making it ideal for telecom and other high power density applications. The power supplies are N+1 redundant, hot-swappable, and have internal cooling fans. The power supply automatically recovers from overcurrent and overtemperature faults, and status information is provided through front panel LEDs, logic signals and its PMBus(TM) / I2C interface.
Total Output Power (W)
2103.75
Form Factor
1U x 101.60 x 344.47
Input Voltage Range (V)
40 to 72
Output Voltage 1 (V)
52.5V
Output Voltage 2 (V)
5
Efficiency (%)
93
Operating Temp. Range (C)
-5 to 55
Design Origin
Murata Power Solutions
Dimensions (inch)
1U x 4 x 13.56
Dimensions (mm)
1U x 101.60 x 344.47
Output Current (A)
40
Output Current 2 (A)
0.75
Isolation (Vdc)
1414
PARD (typical)
1
Quality
IEC60950-1:2006/A11:2009 UL60950-1 2nd Ed. 2007-03-27, CSA22.2 N0.60950-1 2nd Ed. 2007.03, EN60690-1:2006+A11:2009 (Evaluated) CE Marking per LVD
RoHS 6
Yes
Series Headline
101mm DC/DC Front End Power Supply
Series Description
This highly efficient, 2100W, 54V (or 52.5V) output DC-DC converter is designed to deliver reliable bulk power to 54V distributed power systems, making it ideal for telecom and other high power density applications. The power supplies are N+1 redundant, hot-swappable, and have internal cooling fans. The power supply automatically recovers from overcurrent and overtemperature faults, and status information is provided through front panel LEDs, logic signals and its PMBus(TM) / I2C interface.