150 WATTS

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DC4-150 SERIES

     

 OUTPUT SPECIFICATIONS  
Features
  • RoHS Compliant 
  • Advanced SMT Design   
  • 36-72 VDC Input Range
  • 4242 VDC Reinforced Insulation
  • 2 Year Warranty
  • One to Four Outputs
  • Fits 1U Applications
  • Compact 3.8" x 6.0" x 1.3" Size
  • Size and Pin compatible with REL-150 Series
  • EN 60950-1 ITE Certification
  • EN 60601-1 Medical Certification
  • Optional Chassis and Cover

Total Output Power at 50oC 100W  Convection Cooled
150W 300 LFM Forced Air
Output Voltage Centering (50% load) Output 1:    +/-0.5% 
Output 2: +/-5.0%
Output 3: +/-5.0%
Output 4: +/-5.0%
Output Voltage Adjust Range Output 1: 95 - 105%
Load Regulation Output 1: 0.5%               (10-100%load change)
Output 2: 5.0%               (10-100%load change)
  (4001-5 Models) 8.0%               (20-100%loadchange) 
  (2001 Model) 6.0%               (20-100%loadchange) 
  Output 3: 5.0%               (10-100%loadchange)
  Output 4: 5.0%               (10-100%loadchange) 
Source Regulation Outputs 1-4: 0.5%
Cross Regulation Outputs 2-4:  5.0%
Output Noise Outputs 1-4:  1.0%
Turn on Overshoot None
Transient Response Outputs 1 - 4 
Voltage Deviation 5.0%
Recovery Time  500MicroS
Load Change 50% to 100%
Output Overvoltage Protection Output 1: 110% to 150%
Output Overpower Protection 110-160% rated Pout, cycle on/off, auto recovery
 Start Up Time 5 Seconds
   INPUT SPECIFICATIONS  
Input Voltage Range 36-72 VDC

Input Under-Voltage Lockout

 
Turn-On Voltage 29.0-35.0 VDC
Turn-Off Voltage 28.0-34.0 VDC
Input Overvoltage Shutdown 77.0-85.0 VDC
Maximum Input Current 6 A
Reflected Ripple Current 5 %
Efficiency 82% Typ., Full Power, 48VDC, varies by model
   ENVIRONMENTAL SPECIFICATIONS  
Ambient Operating Temperature Range 0o C to + 70o C      Derating: See Power Rating Chart
Ambient Storage Temp. Range - 40o C to + 85o C
Temperature Coefficient Outputs 1 - 4: 0.02% /oC

   SAFETY SPECIFICATIONS  
   GENERAL SPECIFICATIONS  

 

 

 

 Underwriters Laboratories File E137708/ E140259

UL 60950-1 First Edition UL 60601-1 First Edition

 

CB Report per IEC 60950-1(2001)        First Edition               All National Deviations CB Report per IEC 60601-1(1988) Second Edition A1, A2

  UL Recognition Mark For Canada File E137708/ E140259 CAN/CSA-C22.2 No. 60950-1-03
CAN/CSA-C22.2 No. 601-1-M90                  with updates 1 and 2
  EN 60950-1:2001        EN 60601-1/A2:1995
Dielectric Strength  
Reinforced Insulation 4242 VDC, Primary to Secondary, 1 Sec.
Basic Insulation 2121 VDC, Primary to Ground, 1 Sec.

Operational Insulation

 707 VDC, Secondary to Ground, 1 Sec.
Power Good Signal Logic high with input voltage above Vin min.
Remote Sense 250mV compensation of output cable losses.
Mean Time Between Failures 100,000 Hours min., MIL-HDBK-217F, 25oC, GB
Weight 1.60 Lbs.  Chassis and Cover
0.90 Lbs.  Open Frame
 

 Maximum Output Power vs. Ambient Temperature

   Notes  
Consult factory for alternate output configuration.
Consult factory for positive, negative or floating outputs.
Refer to Application Information for complete output power ratings.
All specifications are maximum at 25C unless otherwise stated and are subjected to change without notice.
Specify optional chassis and cover, power good or reverse input protection when ordering.
   MODEL LISTING
DC4-150-4001 +3.3V/15A(1) +5V/8A +12V/2A -12V/2A
DC4-150-4002 +5V/15A(1) +3.3V/8A +12V/2A -12V/2A
DC4-150-4003 +5V/15A(1) +3.3V/8A +15V/2A -15V/2A
DC4-150-4004 +5V/15A(1) -5V/8A +12V/2A -12V/2A
DC4-150-4005 +5V/15A(1) -5V/8A +15V/2A -15V/2A
DC4-150-4006 +5V/15A(1) +24V/3A +12V/2A -12V/2A
DC4-150-4007 +5V/15A(1) +24V/3A +15V/2A -15V/2A
DC4-150-3001 +5V/15A(1) +12V/4A -12V/3A
DC4-150-3002 +5V/15A(1) +15V/3A -15V/2A
DC4-150-2001 +3.3V/15A(1) +5V/8A
DC4-150-2002 +5V/15A(1) +12V/5A
DC4-150-2003 +5V/15A(1) +24V/3A
DC4-150-2004 +12V/7.5A -12V/5A
DC4-150-2005 +15V/5A -15V/5A
DC4-150-1001 2.5V/30A(2)
DC4-150-1002 3.3V/30A(2)
DC4-150-1003 5V/30A(2)
DC4-150-1004 12V/12.5A
DC4-150-1005 15V/10.0A
DC4-150-1006 24V/6.3A
DC4-150-1007 28V/5.4A
DC4-150-1008 48V/3.1A
   DC4-150 SERIES MECHANICAL SPECIFICATIONS  
 

 

   APPLICATIONS INFORMATION
  1. Rated 12A with convection cooling.
  2. Rated 20A maximum with convection cooling.
  3. Total power must not exceed 100 watts with convection cooling on open frame models.
  4. Total power must not exceed 150 watts with 300LFM forced air cooling on open frame models.
  5. Total power must not exceed 85 watts with convection cooling and chassis/cover option.
  6. Total power must not exceed 150 watts with 300LFM forced air cooling and chassis/cover option.
  7. Each output can deliver its rated current but total output power must not exceed maximum power as determined by the cooling method state above.
  8. Sufficient area must be provided around convection cooled power supplies to allow natural movement of air develop.
  9. 300 linear feet per minute of airflow must be maintained one inch above any point of the heatsink in the direction shown when forced air cooling is required.
  10. A minimum load of 10% is required on output one to insure proper regulation of remaining outputs.
  11. Peak to peak output ripple and noise is measured directly at the output
    terminals of the power supply, without the use of the probe ground lead or retractable tip, 20 MHz bandwidth.
  12. This product was type tested and safety certificated using the the dielectric strength test voltages listed in Table V of UL 60601-1. In consideration of clause 20.4g, care must be taken to insure the voltage applied to a reinforced insulation does not over stress basic insulation. Secondary to ground capacitors may need to be removed prior to performing a dielectric strength type test on the end product. It is highly recommended that the DC test voltages listed in DVB.1. Annex DVB are not exceeded during a production-line dielectric strength test of the assembled end product. Please consult factory for further information.
 
  1. This product is intended for use as a professionally installed component within information technology and medical equipment.
  2. Remote sense terminals may be used to compensate for cable losses up to 250mV. The use of a twisted pair is recommended as well as a decoupling capacitor (0.1 0 10MicroF) and a capacitor of 100MicroF/amp connected across the load.
  3. This power supply has been safety approved and final tested using a DC
    dielectric strength test. Please consult factory before performing AC dielectric strength test.
  4. Maximum screw penetration into bottom chassis mounting holes is .100 inches.
  5. Maximum screw penetration into side chassis mounting holes is .250 inches.
  6. To meet emissions specifications, all four mounting hole ground pads must
    be electrically connected to a common metal chassis. Chassis/cover option recommended.
  7. Total current from Outputs 3 & 4 must not exceed 3 amps with convection cooling.
  8. Total current from Outputs 1 & 2 must not exceed 15 amps with convection cooling.
  9. Semiconductor case temperatures must not exceed 110C.
   CONNECTOR SPECIFICATIONS
P1 DC Input .156 friction lock header mates with Molex 09-50-3061 or equivalent crimp terminal housing with Molex 2478 or equivalent crimp terminal.
P2 DC Output(Single) 6-32 screw down terminal mates with #6 ring tongue terminal. (10 in-lb max)
P2 DC Output(Multiple) .156 friction lock header mates with Molex 09-50-3141 or equivalent crimp terminal housing with Molex 2478 or equivalent crimp terminal.
G Ground .187 quick disconnect terminal.
P3 P.G./Sense(Single) .100 breakaway header mates with Molex 50-57-9006 or equivalent crimp terminal housing with Molex type 71851 or equivalent crimp terminal.
P3 P.G./Sense(Multiple)  .100 breakaway header mates with Molex 22-55-2061 or equivalent crimp terminal housing with Molex type 70058 or equivalent crimp terminal.
  RECOMMENDED AIR FLOW DIRECTION
 1.Optimum  2.Good  3.Fair
   
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Integrated Power Design Inc.
Phone: 570-824-4666 Fax: 570-824-4843
300 Stewart Road, Wilkes Barre, PA 18706

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