110 WATTS REL-110 SERIES AC-DC OUTPUT SPECIFICATIONS Total Output Power at 50°C 80W Convection Cooled FEATURES: 110W 300 LFM Forced Air • RoHS Compliant • EN 60950-1 ITE Certification Output Voltage Centering Output 1: ± 0.5% (All outputs • Universal 85-264 VAC Input • EN 60601-1 Medical Certification Output 2: ± 5.0% at 50% load) • High Efficiency • Class B Emissions per EN 55011/22 Output 3: ± 5.0% • Advanced SMT Design • Harmonic Current per EN 61000-3-2 Output 4: ± 5.0% • Compact 3" x 5" x 1.3" Size • EMC to EN 61000-6-2 & EN 60601-1-2 Output Voltage Adjust Range Output 1: 95-105% • Fits 1U Applicat ions • Optional Chassis and Cover Load Regulation Output 1: 0.5% (10-100% load change) • One to Four Outputs Output 2: 5.0% (4001-5 Models) 8.0% (2001 Model) 6.0% Output 3: 5.0% Output 4: 5.0% 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 500µS Load Change 50% to 100% Output Overvoltage Protection Output 1: 110% to 150% OPEN FRAME CHASSIS/COVER Output Overpower Protection 110-160% rated Pout, cycle on/off, auto recovery Hold Up Time 16 mS min., Full Power, 85V Input SAFETY SPECIFICATIONS Start Up Time 4 Seconds, 120V Input INPUT SPECIFICATIONS Protection Class: I Source Voltage 85 – 264 Volts AC General Overvoltage Category: II Frequency Range 47 – 63 Hz Pollution Degree: 2 Peak Inrush Current 40A nd Underwriters UL 60950-1 2 Edition, 2007 Efficiency 82% Typ., Full Power, 230V, varies by model st Laboratories U L 60 601-1 1 Edition, 2006 Power Factor 0.95 (Full Power, 230V) File E137708/E140259 AAMI/ANSI ES 60601-1, 2005 ENVIRONMENTAL SPECIFICATIONS CB Reports/Certificates (including all AMBIENT OPERATING 0° C TO + 70° C National and Group Deviations) Temperature Range Derating: See Power Rating Chart IEC 60950-1/A1:2009, Second Edition Ambient Storage Temp. Range - 40° C to + 85° C IEC 60601-1:1988 +A1:1991 +A2:1995 Temperature Coefficient Outputs 1 – 4: 0.02% /°C IEC 60601-1:2005 Third Edition GENERAL SPECIFICATIONS CAN/CSA-C22.2 No. 60950-1-07, UL Recognition Means of Protection nd 2 Edition Mark for Canada Primary to Secondary 2MOOP (Means of Operator Protection) CAN/CSA-C22.2 No. 601-1-M90, 2005 Primary to Ground 1MOOP (Means of Operator Protection) File E137708/E140259 CAN/CSA-C22.2 No. 60601-1:2008 Secondary to Ground Operational Insulation(Consult factory for 1MOOP or 1MOPP) EN 60950-1/A1:2010 Dielectric Strength(17) TUV E N 60601-1/A2:1995 Reinforced Insulation 5656 VDC, Primary to Secondary, 1 Sec. EN 60601-1:2006 Basic Insulation 2545 VDC, Primary to Ground, 1 Sec. Operational Insulation 707 VDC, Secondary to Ground, 1 Sec. Low Voltage Directive Leakage Current (2006/95/EC of December 2006) Earth Leakage <300uA NC, <1000uA SFC MODEL LISTING Touch Current <100uA NC, <500uA SFC Power Fail Signal Logic low with input power failure 10 mS MODEL OUTPUT 1 OUTPUT 2 OUTPUT 3 OUTPUT 4 (8) (8) (7) (7) minimum prior to Output 1 dropping 1% REL-110-4001 +3.3V/10A +5V/6A +12V/2A -12V/2A (1) Remote Sense (singles only) 250mV compensation of output cable losses REL-110-4002 +5V/10A(1) +3.3V/6A +12V/2A -12V/2A REL-110-4003 +5V/10A +3.3V/6A +15V/2A -15V/2A Mean-Time Between Failures 100,000 Hours min., MIL-HDBK-217F, 25° C, GB (1) REL-110-4004 +5V/10A(1) -5V/6A +12V/2A -12V/2A Weight 0.80 Lbs. Open Frame/ 1.28 Lbs. Chassis and Cover REL-110-4005 +5V/10A(1) -5V/6A +15V/2A -15V/2A ELECTROMAGNETIC COMPATIBILITY SPECIFICATIONS REL-110-4006 +5V/10A +24V/2A +12V/2A -12V/2A (1) Electrostatic Discharge EN 61000-4-2 ±8kV Contact/ ±8kV Air Discharge REL-110-4007 +5V/10A(1) +24V/2A +15V/2A -15V/2A Radiated Electromagnetic Field En 61000-4-3 80MHz-2.5GHz, 10/m, 80% AM REL-110-4009 +5V/10A +24V/2A +7V/2.5A -7V/2.5A (1) EFT/Bursts EN 61000-4-4 ±2 kV REL-110-3001 +5V/10A(1) +12V/3A -12V/3A Surges EN 61000-4-5 ± 1 kV Common Mode REL-110-3002 +5V/10A +15V/2A -15V/2A (1) ±2 kV Differential Mode REL-110-3003 +8V/6A -8V/1A +30V/1A Conducted Immunity EN 61000-4-6 .15 to 80MHz, 10V, 80% AM REL-110-3004 +9V/3A -24V/3A +13V/2A Voltage Dips and Interruptions EN 61000-4-11 30% Reduction, 500ms REL-110-2001 +3.3V/10A +5V/6A (1) 95% Reduction, 10ms REL-110-2002 +5V/10A +12V/5A (1) 60% Reduction, 1s (Criteria B) REL-110-2003 +5V/10A(1) +24V/3A REL-110-2004 +12V/5A -12V/4A 95% Reductions, 5000ms REL-110-2005 +15V/4A -15V/3A Radiated Emissions EN 55011/22 Class B REL-110-2006 +18V/4A -18V/3A Conducted Emissions EN 55011/22 Class B REL-110-1001 2.5V/22A(2) Harmonic Current Emissions EN 61000-3-2 REL-110-1002 3.3V/22A (2) Voltage Fluctuations and Flicker EN 61000-3-3 REL-110-1003 5V/22A(2) NOTES REL-110-1004 12V/9.2A Consult factory for alternate output configurations. REL-110-1005 15V/7.3A Consult factory for positive, negative or floating outputs. REL-110-1006 24V/4.6A Refer to Applications Information for complete output power ratings. REL-110-1007 28V/3.9A All specifications are maximum at 25° C, 110W unless otherwise stated, may vary by REL-110-1008 48V/2.3A model and are subject to change without notice. Specify optional chassis and cover when ordering. REV.B 6/7/12 REL-110 Series Mechanical Specifications APPLICATIONS INFORMATION  1. Rated 8A maximum with convection cooling. 2. Rated 16A maximum with convection cooling.    3. Total power must not exceed 80 watts with convection cooling on open frame models   except where noted.  4. Total power must not exceed 110 watts with 300 LFM forced air cooling on open frame    models.  5. Total power must not exceed 65 watts with convection cooling and chassis/cover option. 6. Total power must not exceed 110 watts with 300 LFM forced air cooling and chassis/cover option.  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 12 amps with convection cooling.        9. Semiconductor case temperatures must not exceed 110°C.        10. Each output can deliver its rated current but total output power must not exceed maximum        power as determined by the cooling method stated above.    11. Sufficient area must be provided around convection cooled power supplies to allow   natural movement of air to develop.    12. 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.    13. This product is intended for use as a professionally installed component within information          technology and medical equipment.       14. A minimum load of 10% is required on output one to ensure proper regulation of   remaining outputs.   15. Remote sense terminals may be used to compensate for cable losses up to 250mV (single output models only). The use of a twisted pair is recommended as well as a . decoupling capacitor (0.1 - 10µF) and a capacitor of 100µF/amp connected across the     load side. 16. 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.        17. This product was type tested and safety certified using the dielectric strength test voltages        listed in Table 6 of IEC 60601-1:2005. In consideration of Clause 8.8.3, care must be        taken to insure that the voltage applied to a reinforced insulation does not overstress    different types and levels of insulation. Primary and secondary to ground capacitors may        need to be disconnected prior to performing a dielectric strength test on the power supply     or the end product. It is highly recommended that the DC test voltages listed in DVB.1,      st    Annex DVB of UL 60601-1 1 Edition are not exceeded during a production-line dielectric strength test of the assembled end product. Please consult factory for further information.  18. This power supply has been safety approved and final tested using a DC dielectric strength test. Please consult factory before performing an AC dielectric strength test. 19. Maximum screw penetration into bottom chassis mounting holes is .100 inches.    20. Maximum screw penetration into side chassis mounting holes is .250 inches.   21. To meet emissions specifications, all four mounting hole pads must be electrically  connected to a common metal chassis. Chassis/cover option recommended.    22. This product includes only one fuse in the input circuit. In consideration of Clause 8.11.5 of IEC 60601-1:2005, a second fuse may be required in the end product. MAXIMUM OUTPUT POWER VS. AMBIENT TEMPERATURE 110 100 FORCED AIR COOLING 90  80 CONVECTION COOLING   70 60 CONVECTION COOLING 50  WITH CHASSIS / COVER   40  30  20 10 0 0 10 20 30 40 50 60 70  Ambient Temperature (C)   Connector Specifications   P1 AC Input .156 friction lock header mates with Tyco 640250-3 or  equivalent crimp terminal housing with Tyco 3-640706-1 or  equivalent crimp terminal.  P2 DC Output .156 friction lock header mates with Tyco 770849-8 or   (Single) equivalent crimp terminal housing with Tyco 3-640707-1 or  equivalent crimp terminal.     P2 DC Output .156 friction lock header mates with Tyco 1-770849-0 or      (Multiple)   equivalent crimp terminal housing with Tyco 3-640707-1 or  equivalent crimp terminal.  G Ground .187 quick disconnect terminal.  P3 P.F./Sense .100 breakaway header mates with Molex 50-57-9006 or (Single) equivalent crimp terminal housing with Molex type 71851 or equivalent crimp terminal. RECOMMENDED AIR FLOW DIRECTION P3 P.F. .100 breakaway header mates with Molex 50-57-9002 or (Multiple) equivalent crimp terminal housing with Molex type 71851 or 1 – Optimum 2 – Good 3 – Fair equivalent crimp terminal. Output Power (Watts)