ACDC 836 Watts xppower.com VEP Series • Efficiency Efficiency Level V (24 W Level IV) • CEC2008 & EISA 2007 Compliant • IT & Medical Approvals • Interchangeable Input Connectors • Output Voltages from 5 V to 24 V Available • Class II Construction • Low Cost Specification Input General Inrush Current Power Factor • 8 & 15W: 80-264 VAC 24 W: 80-264 VAC, derate output power 25% <90 VAC 36 W: 90-264 VAC • 47-63 Hz • 8 W: 0.3 A max at 90 VAC 15 W: 0.5 A max at 90 VAC 24 W: 0.6 A max at 90 VAC 36 W: 0.9 A max at 90 VAC • 70 A max at 230 VAC, cold start at 25 °C • EN61000-3-2, class A No Load Input Power • <0.3 W Input Voltage Input Frequency Input Current Output Output Voltage Initial Set Accuracy Minimum Load Start Up Delay Start Up Rise Time • • • • • Hold Up Time Line Regulation Load Regulation Transient Response • • • • Ripple & Noise Overvoltage Protection Overload Protection Short Circuit Protection Temperature Coefficient • • • • • See tables ±5% at 50% load No minimum load required 2 s typical 8 & 15 W: 100 ms typical, 24 & 36 W: 50 ms typical 5 ms typical at full load and 115 VAC ±0.5% max ±5% max 4% max. deviation, recovery to <1% within 500 µs for a 50% step load change at 0.2 A/µs See tables See tables 120-280% Trip and restart (hiccup mode) 0.2 %/˚C Efficiency Energy Efficiency Isolation Switching Frequency MTBF • See tables • Level V Level IV (24 W versions) • 8 - 24 W: 4000 VAC Input to Output, 36 W: 3000 VAC Input to Output • 8 & 15 W: 132 kHz typical, 24 & 36 W: 65 kHz typical • 8 - 24 W: 250 kHrs, 36 W: 200 kHrs to MIL-HDBK-217F at 25°C, GB Environmental Operating Temperature Cooling Operating Humidity Storage Temperature Shock Vibration • • • • • 0 ˚C to +40 ˚C Natural convection 5-95% RH, non-condensing -20 ˚C to +60 ˚C Able to survive 1 m drop onto concrete on each of 6 axes • 10-300 Hz, 1 g 15 mins/sweep. 30 mins for each of 3 axes EMC & Safety Emissions Harmonic Currents Voltage Flicker ESD Immunity • • • • Radiated Immunity EFT/Burst Surge • • • Conducted Immunity Magnetic Field Dips & Interruptions • • • Safety Approvals • EN55022, class B conducted & radiated EN61000-3-2, class A EN61000-3-3 EN61000-4-2, ±4 kV contact, ±8 kV air, Perf Criteria A EN61000-4-3, 3 V/m, Perf Criteria A EN61000-4-4, level 2, Perf Criteria A EN61000-4-5, installation class 3, Perf Criteria A EN61000-4-6, 3 V, Perf Criteria A EN61000-4-8, 1 A/m, Perf Criteria A EN61000-4-11, 30% 10 ms, 60% 100 ms, 100% 5000 ms, Perf Criteria A, B, B 8 & 15 W: EN60950-1, cUL60950-1, IEC60950-1, EN60601-1, cUL60601-1, IEC60601-1; 24 W: EN60950-1, cCSAus60950-1, IEC60950-1, CSA60950-01-03, cCSAus60601-1, UL60601-1, IEC60601-1, CSA C22.2 No601.1, 36 W: IEC60950-1, EN60950-1, UL60950-1 Output Power Output Voltage(2) Output Current 8.0 W 5.0 V 1.60 A 8.0 W 9.0 V 0.88 A 8.0 W 12.0 V 8.0 W Ripple & Noise(1) Overvoltage Trip(5) Efficiency(4) Model Number(3) 150 mV 10.0 V 74% VEP08US05†^ 200 mV 18.0 V 77% VEP08US09†^ 0.66 A 200 mV 20.0 V 77% VEP08US12†^ 15.0 V 0.53 A 200 mV 25.0 V 78% VEP08US15 10.0 W 5.0 V 2.00 A 50 mV 9.0 V 75% VEP15US05†^ 12.6 W 9.0 V 1.40 A 100 mV 15.0 V 80% VEP15US09†^ 15.0 W 12.0 V 1.25 A 100 mV 20.0 V 82% VEP15US12†^ 15.0 W 15.0 V 0.90 A 150 mV 25.0 V 84% VEP15US15 15.0 W 24.0 V 0.63 A 200 mV 35.0 V 83% VEP15US24†^ Notes 1. Measured at end of DC output lead using 20 MHz bandwidth and 0.1 µF ceramic capacitor in parallel with 10 µF electrolytic capacitor placed at connector terminals. 2. VEP08 models: Other voltages between 3.0 V and 18.0 V are available on request, consult sales for details. VEP15 models: Other voltages between 3.0 V and 24.0 V are available on request, consult sales for details. 3. A suffix denoting the type of mains plug required must be added to the part number. See below. 4. Efficiency given is the average of efficiencies measured with output loads of 25%, 50%, 75% and 100%. 5. VEP08 models: Typical trip point, VEP15 models: Maximum trip point. † Available from Farnell & element14. See pages 284-290. ^ Available from Newark. See pages 291-296 Mechanical Details VEP08: 1.06 (26.8) VEP15: 1.20 (30.5) VEP08: 2.83 (72.0) VEP15: 2.95 (75.0) 70.87 ± 10% (1800 ±10%) Output Plug: ø 5.5 x ø 2.5 x 11.0 mm Inner Positive VEP08: 1.67 (42.4) VEP15: 1.81 (46.0) Notes 1. 2. 3. 4. 5. UK Add suffix ‘-UK’ EU Add suffix ‘-EU’ China Add suffix ‘-CN’ USA Add suffix ‘-US’ Australia Add suffix ‘-AU’ All dimensions in inches (mm). Tolerance is ±0.04 (±1) maximum, except output cable length. Weight: VEP08 - 0.18 lbs (80 g) approx., VEP15 - 0.26 lbs (120 g) approx. Case material is PC Class 94 V-0 Output Lead: UL2468 18-24 AWG Mains plugs can be ordered separately. Part numbers are: VEP PLUG UK†^, VEP PLUG EU†^, VEP PLUG CN^, VEP PLUG US†^ or VEP PLUG AU^ ACDC VEP08/15 Models and Ratings ACDC VEP24 Models and Ratings Output Power Output Voltage(3) Output Current Ripple & Noise(1) Overvoltage Trip(5) Efficiency(4) Model Number(2) 12.5 W 5.0 V 2.5 A 100 mV 10.0 V 73% VEP24US05†^ 19.8 W 9.0 V 2.2 A 100 mV 18.0 V 77% VEP24US09†^ 24.0 W 12.0 V 2.0 A 100 mV 20.0 V 78% VEP24US12†^ 24.0 W 15.0 V 1.6 A 100 mV 25.0 V 78% VEP24US15 24.0 W 24.0 V 1.0 A 100 mV 35.0 V 78% VEP24US24†^ Notes 1. Measured at end of DC output lead using 20 MHz bandwidth and 0.1 µF ceramic capacitor in parallel with 10 µF electrolytic capacitor placed at connector terminals. 2. A suffix denoting the type of mains plug required must be added to the part number. See below. 3. Other voltages between 3.0 V and 24.0 V are available on request, consult sales for details. 4. Efficiency given is the average of efficiencies measured with output loads of 25%, 50%, 75% and 100%. 5. Typical trip point. † Available from Farnell & element14. See pages 284-290. ^ Available from Newark. See pages 291-296 Mechanical Details 1.14 (29.0) 3.46 (88.0) 59.0 ± 10% (1500 ±10%) Output Plug: ø 5.5 x ø 2.5 x 11.0 mm Inner Positive 1.89 (47.9) UK Add suffix ‘-UK’ Notes 1. 2. 3. 4. 5. EU Add suffix ‘-EU’ China Add suffix ‘-CN’ USA Add suffix ‘-US’ Australia Add suffix ‘-AU’ All dimensions in inches (mm). Tolerance is ±0.04 (±1) maximum, except output cable length Weight: 0.35 lbs (160 g) Approx Case material is PC Class 94 V-0 Output Lead: UL2468 18-24 AWG Mains plugs can be ordered separately. Part numbers are: VEP PLUG UK†^, VEP PLUG EU†^, VEP PLUG CN^, VEP PLUG US†^ or VEP PLUG AU^ Output Power Output Voltage(3) Output Current Ripple & Noise(1) Overvoltage Trip(4) Efficiency(3) Model Number(2) 27 W 9.0 V 3.0 A 200 mV 25.0 V 82% VEP36US09†^ 36 W 12.0 V 3.0 A 200 mV 28.0 V 84% VEP36US12†^ 36 W 15.0 V 2.4 A 200 mV 28.0 V 84% VEP36US15†^ 36 W 24.0 V 1.5 A 200 mV 42.0 V 84% VEP36US24†^ Notes 1. Measured at end of DC output lead using 20 MHz bandwidth and 0.1 µF ceramic capacitor in parallel with 10 µF electrolytic capacitor placed at connector terminals. 2. A suffix denoting the type of mains plug required must be added to the part number. See below. 3. Efficiency given is the average of efficiencies measured with output loads of 25%, 50%, 75% and 100%. 4. Typical trip point. † Available from Farnell & element14. See pages 284-290. ^ Available from Newark. See pages 291-296 Mechanical Details 0.31±0.04 (8.0±1) 2.09±0.04 (53.0±1) 35.43-39.37 (900-1000) 3.90±0.04 (99.0±1) 4.02±0.04 (102.0±1) Output Plug: ø 5.5 x ø 2.5 x 11.0 mm Inner Positive 1.42±0.04 (36.0±1) UK Add suffix ‘-UK’ EU Add suffix ‘-EU’ China Add suffix ‘-CN’ USA Add suffix ‘-US’ Australia Add suffix ‘-AU’ Notes 1. 2. 3. 4. 5. All dimensions in inches (mm). Tolerance is ±0.04 (±1) maximum, except output cable length Weight: 0.57 lbs (260 g) Approx Case material is PC Class 94 V-0 Output Lead: UL2468 18-24 AWG Mains plugs can be ordered separately. Part numbers are: VEP PLUG UK†^, VEP PLUG EU†^, VEP PLUG CN^, VEP PLUG US†^ or VEP PLUG AU^ 14-Feb-12 ACDC VEP36 Models and Ratings