Custom Power Supplies
Custom Industrial Power Supplies


5000 Watt Single Output 12V Power Supply - Click Here for PDF Version

Product Description

5000 Watt Single Output 12V Power SupplyThis unit is a 5000 watt, single output, commercial grade power supply designed for electronic systems requiring high current 12 volts DC.  This supply is a form fit and functional equivalent to Power-One FE5A-12V.

Features

  • Output: 12.5Vdc @ 400A
  • 5” x 5” x 15.5” Envelope           
  • Optional Hot Swap Version
  • 3 Phase, 480Vac Input
  • Operating Temperature Range: 0º to +50º C
AC Input
  • Voltage Input Range: 480Vac (365 to 528Vac), 3 Phase Delta
  • Frequency: 60Hz (47-63z)
  • Power factor correction: 0.95 @ Full Load
  • Inrush Current: 30A typical over ½ cycle
  • Input Protection: Internal fuse, each phase
  • Leakage Current: .5mA (all phases connected)

Output Selection Guide

Model #:

Voltage

Max Current

Regulation

Ripple

PM36215

12.5Vdc

400 Amps

±3%

500mV pk-pk

Note: Alternate output voltages are available, consult factory for availability.


DC Output Characteristics (Floating)

  • Output Power: 5000 Watts (maximum continuous power, may require derating for some low voltage outputs)
  • Minimum Load: Not Required
  • Line Regulation: ±1.0% Typical
  • Load Regulation: ±2.0% Typical (No load to full load; nominal input)
  • Output Ripple/Noise: 1% Typical (pk-pk; nominal input; full load; 20-50MHz bandwidth)
  • Hold Up Time: 12 mSec  after ac is removed
  • Set Point Accuracy: ± 1.0% of Output Voltage (Nominal input; full load; 25°C)
  • Transient Response: Output voltage returns to within 3% in less than 2.5mS for a 50% load change and the peak transient does not excess 5%.
  • Overshoot: Turn-on and turn-off overshoot should not exceed 5% over nominal voltage.

Electrical Characteristics

  • Switching Frequency: 200KHz Fixed
  • Efficiency: 85% Typical (Measuring at 480Vac and at full load)
  • Turn On Delay: 2.0 second maximum at 480 VAC
  • Isolation Voltage: Input to Case: 2120Vdc, Input to Output: 4200Vdc & Output to Case: 500Vdc
  • Temperature Regulation: +/-2.0%/ºC (+/-.005%/ ºC max; over operating temp range)

Protection

  • Over Current Limit: ~102 to 108% of maximum rating. Hiccup, continuous.
  • Over-Voltage Protection: 115% ±5% of nominal. OVP shutdown is latched until the input line is removed for 5 Secs and then reapplied. OVP sensing is done at the output terminals.
  • Short Circuit: Auto-Recovery after short circuit condition is removed.
  • Over Temperature Protection: Automatically latches and shuts off the unit in the event of an over temperature condition. After cool down, power must be recycled to restart unit.
Environmental
  • Operating Temperature: 0º to +50º C
  • Storage Temperature: -55º to +85º C
  • Operating Humidity: 20% to 95% RH, Non-condensing
  • Storage Humidity: 5% to 95% RH, Non-condensing
  • Operating Altitude: Operating: 5,000 feet. De-rates to 75% at 15,000 feet. Non-Operating: To 30,000 feet.
  • Sock: Operating: 5G, half sine, 11msec, 3 axes. Non-Operating: 15G, half sine, 11msec, 3 axes
  • Vibration: Operating: From 5 to 27 Hz, 0.02 in double amplitude; from 27 Hz to 500 Hz, 0.75G, 3 Axes, 3 min per octave sweep, dwell 15 min at resonance. Non-operating: From 5 to 17 Hz, 0.10 in double amplitude, from 17 to 500Hz, 1.5G peak; 3 axes, 5 min per octave sweep; dwell 15 min at resonance.
  • Conducted EMI: Designed to meet Conducted & Radiated: EN55022 Level A.
  • Cooling: Forced air, internal fan. Airflow exits at connector end.

Safety Agencies

  • Agency Approvals: UL60950/CSA60950, EN60950 (TUV) & CE Low Voltage Directive

Mechanical

  • Outline Dimensions: ~5.0" X 5.0" X 15.5" (H X W X L) – not including I/O connector  
  • Weight: ~16 lbs.
  • AC Input Connector: Barrier Strip
  • Output Connector:  Bus Bars
  • Logic/Controls Connector: 25 pin D-sub

Additional Features, Controls or Alarms

  • TTL Logic Inhibit
  • AC Power Fail
  • DC Power Good
  • Constant Current Output

Notes

  • Some specifications have not been tested for actual compliance and cannot be guaranteed to meet 100% compliance during system testing.
  • Product specifications subject to change without notice. All Rights Reserved.
  • The information and specifications contained in this document are believed to be correct and accurate at the time of publication. DSC Power Solutions, Inc. accepts no responsibility for consequences arising from printing errors or inaccuracies pertaining to any use or application of this document.


About UsDesign ServicesManufacturingFeaturedContact UsHome

Product Development:AircraftCommercialDC/DCIndustrialMedicalMilitaryObsolete


Copyright 2009 DSC Power Solutions Inc. • All Rights Reserved