CINT W Triple Output Industrial Series

Transcription

1 CINT3 W Triple Output Features 2 x 4 x.3 Package Suitable for U Applications W w/air, 8W convection cooled Universal Input 9-264Vac Efficiency 87% typical Approved to CSA/EN/IEC/UL695-, 2 nd Edition Power Fail Signal Remote Sense 3 Year Warranty RoHS Compliant Description The CINT3 Series are industrial grade, high efficiency, triple output power supplies in a small 2 x 4 size. The CINT3 family is ideal for Industrial and ITE applications requiring multiple outputs and small footprint. Compliant to IEC695-2 nd edition, the CINT3 models feature outputs of 5/±2V, 5/±5V, 5/±24V, includes a Power Fail/DC OK signal, and meet Class B Conducted EMI. Model Selection Model Output Current** Ripple & Total OVP Number Volts* w/2lfm air Convection Noise*** Regulation Threshold CINT3A58K CINT3A78K CINT3A98K V 5V 4.A.A.% pk-pk ±2% 7.5V max. V2 2V 6.A 4.5A.% pk-pk ±3% 5%-35% V3-2V.A.A 2.% pk-pk ±% 5%-35% V 5V 4.A.A.% pk-pk ±2% 7.5V max. V2 5V 4.5A 3.5A.% pk-pk ±3% 5%-35% V3-5V.A.A 2.% pk-pk ±% 5%-35% V 5V 2.A 8.A.% pk-pk ±2% 7.5V max. V2 24V 4.A 3.A.% pk-pk ±3% 5%-35% V3-24V.A.A 2.% pk-pk ±% 5%-35% Notes: * 5V output is adjustable with +/-% range ** Total convection power is 8 Watts. *** Measured with noise probe directly across output terminals, and load terminated with.µf ceramic and µf low ESR capacitors. Ripple & Noise of V2 at no load is 2% maximum. General Specifications AC Input -24Vac, ±%, 47-63Hz, 2 37Vdc Turn On Time Less than 2 (inversely proportional to input voltage and thermistor temperature) Input Current 5Vac:.5A, 23Vac:.75A Hold-up Time 6mS typical at W, 2Vac input CINT3 REV.2, 9-SEP-4

2 CINT3 W Triple Output General Specifications (continued) Inrush Current 264Vac, cold start: will not exceed 45A Signals AC Power Fail, DC OK Input Fuses F, F2: 2.5A, 25Vac fuses provided on all models Overload Protection 5%-3% above rating for V2 & V3, %- 2% for V. Hiccup Mode Earth Leakage Current <29µA@264Vac, 6Hz, NC Short Circuit Protection Provided - no damage will occur if the output is shorted. Efficiency 87% typical at 23Vac Overvoltage Protection See models chart for trip range. Output Power W continuous with 2 lfm airflow, 8W convection cooled See chart for specific voltage model ratings. Switching Frequency PFC: 75kHz typical Transient Response 5µS typ. for return to within.5% of nominal, 5% load step. i/ t <.2A/µS. Max Volt Deviation = 3% Isolation Input-Output: 4Vac Input-Ground: 8Vac Output-Ground: 5Vac Ripple and Noise See models chart Operating Temperature - C to +7 C Output Voltage See models chart Temperature Derating Derate output power linearly above 5 C to 5% at 7 C Voltage Adjustability +/-% from nominal on 5V output Storage Temperature -4 C to +85 C Minimum Load Not required Altitude Operating: -5 to, ft. Non-operating: -5 to 4, ft. Total Regulation See models chart Relative Humidity 5% to 95%, non-condensing Vibration Operating:.3g²/Hz,.5grms overall, 3 axes, min/axis Non-Operating:.26g²/Hz, 5.grms overall, 3 axes, hr/axis Shock Operating: Half-sine, 2gpk, ms, 3 axes, 6 shocks total Non-Operating: Half-sine, 4 gpk, ms, 3 axes, 6 shocks total Dimensions W: 2. x L: 4. x H:.3 Safety Standards EN/CSA/UL/IEC 695-, 2 nd Edition Weight 2g MTBF 245, hours, 25 C Ambient, Vac input Auxiliary Signals AC Power Fail: Remote Sense: During normal operation, stays HIGH. Signal goes LOW with at least 6mS warning before loss of DC output from AC failure. (5V output, optional) Will compensate for.5v drop min. Will operate without remote sense connected. Reverse connection protected. DC OK: Open collector logic signal goes and stays HIGH ms to 5mS after main output reaches regulation. Notes:. Specifications are for convection rating at factory settings at 5 Vac input, 25 C ambient unless otherwise stated. 2. For DC input an external DC safety rated fuse must be used. CINT3 REV.2, 9-SEP-4 2

3 CINT3 W Triple Output 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 EN55/22 Class B, FCC Part 5, Subpart B, Class B EN55/22 Class A; FCC Part 5, Subpart A, Class A EN6-4-2, Criteria A, 6kV Contact Discharge, 8kV air discharge EN6-4-3, 3V/m. Criteria A EN6-4-4, 2kV/5kHz, Criteria A EN6-4-5, kv differential, 2kV common-mode, Criteria A EN6-4-6, 3Vrms, Criteria A EN6-4-8, 3A/m, Criteria A EN6-4-, % Vin,.5cycle; 4% Vin, 5 cycles; 7% Vin, 25 cycles; Criteria A EN6-3-2, Class A, B, C, & D EN6-3-3, Complies (dmax<6%) Mechanical Drawing Notes:. All dimensions in inches (mm), tolerance is ± Mounting holes should be grounded for EMI purpose 3. Mounting J is safety ground connection 4. This power supply requires mounting on metal standoffs.2 (5 m) in height. CINT3 REV.2, 9-SEP-4 3

4 CINT3 W Triple Output Connector Information Input Connector J PIN ) AC NEUTRAL PIN 2) EMPTY PIN 3) AC LINE Mating Connector: Molex Pins= AMP # Pins= Ground J.87 FASTON TAB Mating Connector: Molex -92 DC Output Connector J2 PIN ) +V PIN 4) GND PIN 7) V2 PIN 2) +V PIN 5) GND PIN 8) V3 PIN 3) GND PIN 6) GND Mating Connector: Amp # Pins=Amp # Signal Connector J3 PIN ) Power Fail/DC OK PIN 2) GND PIN 3) +Remote Sense PIN 4) Remote Sense Mating Connector: Amp # Pin= Amp #37589 Isolation Specifications Parameter Conditions/Description Min Nom Max Units Insulation Safety Rating Electric Strength Test Voltage Leakage Current Input/Ground Input/Output Output/Ground Input/Ground Input/Output Output/Ground Basic Reinforced Operational - - Parameter Conditions/Description Max Vac Vac Vac Earth Leakage Current Touch Current Normal Condition (NC) Single Fault Condition (SFC) Normal Condition (NC) Single Fault Condition (SFC) 29µA 42µA 9µA 7µA Input Specifications All specifications apply over specified input voltage, output load, and temperature range, unless otherwise noted. Parameter Conditions/Description Min Nom Max Units Input Voltage 9 5/ Vac Input Frequency 47 5/6 63 Hz Input Current 5Vac/max load.5 A Input Current 23Vac/max load.75 A Inrush Current 264Vac, cold start, 25 C A Efficiency Vi nom, Io nom CINT3A58K CINT3A78K CINT3A98K - 87% - % Output Specifications Parameter Conditions/Description Min Nom Max Units Output Current V Output Current V2 Output Current V3 Output Current V Output Current V2 Output Current V3 Output Current V Output Current V2 Output Current V3 CINT3A58K CINT3A78K CINT3A98K ADC ADC ADC CINT3 REV.2, 9-SEP-4 4

5 CINT3 W Triple Output Output Specifications (continued) Parameter Conditions/Description Min Nom Max Units Static Line Regulation V Vi min-vi max, Vi nom, -% Io max -2-2 % Vo nom Static Line Regulation V2 Vi min-vi max, Vi nom, -% Io2 max -3-3 % Vo nom Static Line Regulation V3 Vi min-vi max, Vi nom, -% Io3 max - - % Vo nom Static Load Regulation V (Droop Characteristic) Static Load Regulation V2 (Droop Characteristic) Static Load Regulation V3 (Droop Characteristic) Vi min-vi max, Vi nom, -% Io max -2-2 % Vo nom Vi min-vi max, Vi nom, -% Io2 max -3-3 % Vo nom Vi min-vi max, Vi nom, -% Io3 max - - % Vo nom Hold-Up Time Vin = 2Vac, Po = W ms Dynamic Load Regulation V, V2, V3 Load change =5%, di/dt =.2A/µS 3 % Vo nom Start-Up Time Vin = 5Vac, Io nom - 2 S Ripple & Noise V 2MHz bandwidth % % Vo nom Ripple & Noise V2 2MHz bandwidth % % Vo nom Ripple & Noise V3 2MHz bandwidth 2% % Vo nom Protection All specifications apply over specified input voltage, output load, and temperature range, unless otherwise noted. Parameter Conditions/Description Min Nom Max Units Input Fuse T2.5A/25V internal fuse in both line & neutral Not user accessible Input Transient Protection 2KV(CM) and KV(DM) surge 2 KV (CM) Short Circuit Protection Overload Protection Hiccup Mode Hiccup Mode Overvoltage Protection Latching Type, recycle AC input to reset See models chart for trip ranges Characteristic Curves (Note: All waveforms below are based on CINT3A58K model) Output vs. Temperature 8W convection cooled and W continuous with 2 LFM airflow. Derate output power to 5% at 7 C. Output Power (W) Temperature ( C) Convection 2LFM Cooling CINT3 REV.2, 9-SEP-4 5

6 CINT3 W Triple Output Ripple & Noise 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.µf ceramic and a µf electrolytic capacitor connected in parallel across it, BW limit with 2MHz. Output Transient Response V 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%. Output Transient Response V2 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%. CINT3 REV.2, 9-SEP-4 6

7 CINT3 W Triple Output Output Transient Response V3 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%. Output Overload Characteristic V Supply shall protect itself against Overload conditions. The Power Supply shall recover from Overload Conditions without operator intervention. Output Overload Characteristic V2 CINT3 REV.2, 9-SEP-4 7

8 CINT3 W Triple Output Output Overload Characteristic V3 Output Short Circuit Characteristic V Supply shall protect itself against Short Circuit conditions. The Power Supply shall recover from short circuit conditions without operator intervention. Output Short Circuit Characteristic V2 CINT3 REV.2, 9-SEP-4 8

9 CINT3 W Triple Output Output Short Circuit Characteristic V3 Output Overvoltage Characteristic V Supply shall protect itself against over voltage conditions. The Power Supply shall latch and require AC input recycle to reset. AC input 9V 6Hz AC input 264V 5Hz Output Overvoltage Characteristic V2 CINT3 REV.2, 9-SEP-4 9

10 CINT3 W Triple Output Output Overvoltage Characteristic V3 Startup Time Hold-up Time Start up time is <2seconds Hold up time is 6mS minimum Power Fail Signal Timing Active Low TTL logic signal goes high - 5 ms after main output; it goes low at least 6 ms before loss of regulation. Data Sheet 22 SL Power Electronics Corp. The information and specifications contained herein are believed to be correct at the time of publication. However, SL Power accepts no responsibility for consequences arising from reproduction errors or inaccuracies. Specifications are subject to change without notice. CINT3 REV.2, 9-SEP-4