CINT W Single Output Industrial Series

Transcription

1 Features 2 x 4 x 1.3 Package For 1U Applications 175W w/air, 12W convection cooled Universal Input 9264 VAC Average Efficiency meets Level V Requirements Approved to CSA/EN/IEC/UL695, 2nd Edition 12V fan output Efficiency 9% typical at Full Load 3 Year Warranty RoHS Compliant Description A highly dense 175Watts AC to DC power supply designed for industrial and ITE applications. With convection rating of 12 Watts, CINT1175 family leads the market in power density and low leakage makes it a perfect solution for lighting applications. With input & output monitoring alarms plus isolated 12V/.4A fan, it is one the most feature rich supplies and can easily fit in 1U chassis. All 5 models are CE marked to low voltage directive and approved to ITE standards of EN695, 2nd edition. Model Selection Model Output Current Ripple & Total OVP*** Number Volts w/2lfm air Convection Fan Output Noise** Regulation Threshold*** CINT1175A126K1 12V 14.6A 1.A 12Vdc/4.A.5%RMS, 1.2% pkpk ±3% 14. ± 1.1V CINT1175A156K1 15V 11.7A 8.A 12Vdc/4.A CINT1175A246K1 24V 7.3A 5.A 12Vdc/4.A CINT1175A486K1 48V 3.6A 2.5A 12Vdc/4.A.5%RMS, 1.% pkpk.5%rms, 1.2% pkpk.5%rms, 1.% pkpk ±3% 18.5 ± 1.5V ±3% 28. ± 2.5V ±3% 55. ± 4.V.5%RMS, CINT1175A566K1 56V 3.1A 2.1A 12Vdc/4.A ±3% 59. ± 1.V 1.% pkpk Notes: * Total convection power is 12 Watts. ** Measured with noise probe directly across output terminals, and load terminated with.1µf ceramic and 1µF low ESR capacitors. *** Output adjustment on 56V model will not exceed 56.2 volts. General Specifications AC Input 124Vac, ±1%, 4763Hz, Vdc Turn On Time Less than 2 (inversely proportional to input voltage and thermistor temperature) Input Current 115Vac: 2A, 23Vac: 1A Holdup Time 16mS, typical Inrush Current 264Vac, cold start: will not exceed 5A Signals AC Power Fail, DC OK CINT1175 REV 5.4, 6 April15 1

2 General Specifications (continued) Input Fuse 4A, 25VAC fuse provided on all models Overload Protection Hiccup Mode Earth Leakage Current 6Hz, NC Short Circuit Protection Provided no damage will occur if the output is shorted. Efficiency 9% typical at 115Vac Overvoltage Protection OVP firing reduces output voltage to <5% of nominal in <5ms. See chart for trip range. Output Power 175W continuous, with 2 lfm airflow, 12W convection cooled See chart for specific voltage model ratings. Switching Frequency PFC: 65kHz typical Transient Response 5% load step. i/ t: <.2A/µS Max Volt Deviation = 3% Isolation InputOutput: 4Vac InputGround: 18Vac OutputGround: 15Vac Ripple and Noise See chart Operating Temperature 1 C to +7 C Start Up at 4 C, full load Output Voltage See chart Temperature Derating Derate output power linearly above 5 C to 5% at 7 C Voltage Adjustability +/5% from nominal Storage Temperature 4 C to +85 C Minimum Load Not required Altitude Operating: 5 to 1, ft. Nonoperating: 5 to 4, ft. Total Regulation +/ 3%. See chart Relative Humidity 5% to 95%, noncondensing Vibration Operating:.3g/Hz, 1.5grms overall, 3 axes, 1 min/axis NonOperating:.26g2/Hz, 5.grms overall, 3 axes, 1 hr/axis Shock Operating: Halfsine, 2gpk, 1ms, 3 axes, 6 shocks total NonOperating: Halfsine, 4 gpk, 1 ms, 3 axes, 6 shocks total Dimensions W: 2. x L: 4. x H: 1.3 Safety Standards EN/CSA/UL/IEC 6951, 2nd Edition Weight 21g MTBF 331,15 hours, 175W load, 11Vac input, 25 C ambient Auxiliary Signals AC Power Fail: During normal operations, stays HIGH. Signal goes LOW with 5mS warning before loss of DC output from AC failure. DC OK: Open collector logic signal goes and stays HIGH 1mS to 5mS after main output reaches regulation. Inhibit: Connect to inhibit pin to output common to inhibit the DC output. CINT1175 REV 5.4, 6 April15 2

3 EMI / EMC Compliance Conducted Emissions Radiated Emissions Static Discharge Immunity Radiated RF Immunity EFT/Burst Immunity Line Surge Immunity Conducted RF Immunity Power Frequency Magnetic Field Immunity Voltage Dip Immunity Line Harmonic Emissions Flicker Test EN5511/22 Class B, FCC Part 15, Subpart B, Class B EN5511/22 Class A, FCC Part 15, Subpart B, Class A w/6db margin EN6142, Criteria A, 6kV Contact Discharge, 8kV air discharge EN6143, 3V/m. Criteria A EN6144, 2kV/5kHz, Criteria A EN6145, 1kV differential, 2kV commonmode, Criteria A EN6146, 3Vrms, Criteria A EN6148, 3A/m, Criteria A EN61411, % Vin,.5cycle; 4% Vin, 5 cycles; 7% Vin, 25 cycles; Criteria A EN6132, Class A, B, C, & D EN6133, Complies (dmax<6%) Mechanical Drawing When installing the power supply into the endproduct, a nonconductive Insulator should be placed between the unit and any conductive metal chassis or mounting platform. CINT1175 REV 5.4, 6 April15 3

4 Connector Information Input Connector J1 Ground J11 DC Output Connector J3 Fan Output Connector J5 Signal Connector J6 PIN 1) AC LINE PIN 2) EMPTY PIN 3) AC NEUTRAL.187 x.32 FASTON TAB PIN 1) +Vout PIN 4) Vout PIN 2) +Vout PIN 5) Vout PIN 3) +Vout PIN 6) Vout PIN 1) +12Vfan PIN 2) RTN PIN 1) Inhibit PIN 2) PF/DC OK PIN 3, 4) Common Molex Pins= Molex 1929 AMP Pins = Molex Pins = Molex Pins = Fan Output J5 J5 provides a 12V@.4mA output to support a system cooling fan. The fan output is always available when AC input is present, so it also can be used for a 12V standby output is so desired. AC Power Failure/DC OK and Inhibit Signals J6 Timing Sequence CINT1175 REV 5.4, 6 April15 4

5 Isolation Specifications Insulation Safety Rating Electric Strength Test Voltage Input Specifications Input/Ground Input/Output Output/Ground Input/Ground Input/Output Output/Ground Basic Reinforced n/a Vac Vac Vac All specifications apply over specified input voltage, output load, and temperature range, unless otherwise noted. Input Voltage 9 115/ Vac TurnOn Input Voltage Ramping up 82.7 Vac TurnOff Input Voltage Ramping down 67. Vac Input Frequency 47 5/6 63 Hz Inrush Current Limitation 264Vac, cold start 5 A Power Factor Vi nom, Io nom.9 Efficiency Vi nom, Io nom CINT1175A126K1 CINT1175A156K1 CINT1175A246K1 CINT1175A486K1 CINT1175A566K1 9% % Output Specifications CINT1175A126K1 CINT1175A156K1 CINT1175A246K1 CINT1175A486K1 CINT1175A566K1 Vi nom,, TC = 25 C 3 3 % Vo nom Vi nom,, TC = 25 C 3 3 % Vo nom Vi nom,, TC = 25 C 3 3 % Vo nom Vi nom,, TC = 25 C 3 3 % Vo nom Vi nom,, TC = 25 C 3 3 % Vo nom CINT1175A126K1 CINT1175A156K1 CINT1175A246K1 CINT1175A486K1 CINT1175A566K1 Static Line Regulation V1 Vi minvi max, Vi nom, 1% Io nom 1 1 % Vo nom Static Load Regulation V1 (Droop Characteristic) CINT1175 REV 5.4, 6 April Vi minvi max, Vi nom, 1% Io nom 3 3 % Vo nom

6 Output Specifications (continued) HoldUp Time Starting at Vi = 23 VAC, Po nom 16 ms Dynamic Load Regulation Load change =5%, di/dt =.2A/µS voltage deviation 3% 3 StartUp Time Vi nom, Io nom 2 s % Vo nom Protection All specifications apply over specified input voltage, output load, and temperature range, unless otherwise noted Input Fuse Not user accessible Input Transient Protection 2KV(CM) and 1KV(DM) surge 2 KV (CM) Output Noload and short circuit proof short circuit proof overload (latch style) Hiccup or Latch Hiccup or Latch Hiccup Overvoltage Protection Latch style Latch Over temperature Protection Automatic power shutdown at TC =155 C Characteristic Curves Output vs. Temperature 12W convection cooled and 175W continuous with 2 LFM airflow, Derating output power to 5% at 7 C. CINT1175 REV 5.4, 6 April15 6

7 Efficiency vs. Loading The high efficiency is achieved by using LLC technology, PFC topology minimizing switching losses. Synchronous SCHOTTKY or ultrafast diode is used as rectifier in CINT1175 family because of high output voltage level. Noise & Ripple To verify that the output ripple and noise does not exceed the level specified in the product specification. Measured using a scope probe socket with.1uf ceramic and a 1uF electrolysis capacitor connected in parallel across it, BW limit with 2MHz. CINT1175 REV 5.4, 6 April15 7

8 Output Transient Response 5% load step within the regulation limits of minimum and maximum load, di/dt<.2a/µsec. Recovery time not specified as there is no laps in regulation with a 5% Load Step. Maximum voltage deviation is 3%, This test is performed on the MAIN OUTPUT ONLY. Output Overload Characteristic Supply shall protect itself against Overload conditions. The Power Supply shall recover from Overload Conditions without operator intervention. Output Overshoot When supply is turned on, off or when the load is stepped 1%, the Power Supply Overshoot/Undershoot shall not exceed minimum or maximum of output voltage regulation. CINT1175 REV 5.4, 6 April15 8