GST-H150S18-M

Ø  Universal AC input range(85~264Vac) Ø  Support 1+1 or N+1 redundant system（suggest to use redundancy modules.） Ø  Built-in active PFC,PF>0.95 Ø  High efficiency up to 93% Ø  Built-in current sharing function Ø  Built-in current limiting circuit Ø  Output protections: OVP/OLP/SCP/OTP Ø  Wide operating ambient temp (-25℃~70℃) Ø  150%(540W) peak load capacity Ø  Excellent Partial Load Efficiency Ø  Built-in DC OK relay contact Ø  Can be installed on TS-35/7.5 or TS-35/15 Ø  100% full load burn-in test Ø  Suitable for critical applications Ø  Ultra-slim, 50mm width Ø  Free air convection Ø  3 years warranty SPECIFICATION MODEL DG-360-24 DG-360-36 DG-360-48 OUTPUT DC Output 24V 36V 48V Rated Current 15A 10A 7.5A CurrentRange    Note 1 0~15A 0~10A 0~7.5A Ripple and Noise  Note 2 0~70℃ ≤240mV ≤240mV ≤480mV -25℃ ≤480mV ≤480mV ≤720mV Voltage ADJ. Range 24~28V 34~37.5V 48~56V Voltage Accuracy ±3.0% Line Regulation ±0.5% Load Regulation ±1.0% Set-up Time <3S@230Vac  Hold up Time ≥20mS(230Vac input, Full load) Temperature Coefficient ±0.03%/℃ Overshoot and Undershoot <5.0% INPUT VoltageRange   85Vac~264Vac, 127Vdc-375Vdc FrequencyRange 47Hz~63Hz Power Factor (typical) 0.99/110Vac    0.95/230Vac  full load Efficiency ( Typical) at 230Vac ≥93% ≥92.5% ≥92.5% AC Current (max.) <5A/100Vac     <2.5A/230Vac Inrush Current (Typical) <20A/110Vac，<40A/230Vac  Cold start Leakage Current Input—output:<0.25mA    Input—PG:<3.5mA PROTECTION Over Load 110%~150% of rated current, Constant current limiting for some time(150% of rated current, last 3S) then PS stop working for 7S,after 7S,if the load <=rated current, PS will work normally, auto recovery Over voltage 29~33V, constant voltage, Auto recovery 39~43V, constant voltage Auto recovery 58~63V, constant voltage Auto recovery Over temperature 115±5℃, detect on heat sink of power transistor; shut down O/P, auto recovery after temperature goes down. Short Circuit Long-term mode, auto recovery ENVIRONMENT Operating amb. Temp. & Hum. -25℃~70℃; 20%~90%RH No condensing Storage Temp. & Hum. -40℃~85℃; 5%~95%RH No condensing SAFETY &EMC Note 3 Safety Standards meet UL508, UL60950, EN60950 Withstand Voltage Primary-Secondary: 3.0KVac/10mA .Primary-PG:2.5KVac/10mA. Secondary-PG: 0.5KVac/20mA. Output-DC/OK: 0.5KVac/1mA Isolation Resistance 10Mohms EMC Emission Compliance to EN55022, EN55024, FCC PART 15 Class B Harmonic Current Compliance to EN61000-3-2, CLASS A EMC Immunity Compliance to EN61000-4-2,3,4,5,6,8,11; heavy industry level OTHERS MTBF (MIL-HDBK-217F) More than 300,000Hrs (25℃, Full load) Dimension (L*W*H) 50*124*127mm Packing 12pcs/CTN, 11Kgs/CTN, 0.04cbm Cooling method Cooling by free air convection Additional function Power boost 150% of rated current Parallel function support DC-OK V On: when output voltage is up to 90% of rated output voltage V Off: when output voltage is down to 80% of rated output voltage DC-OK relay contact rating Max 30V/1Aor 60V/0.3Aor 30Vac/0.3AResistive load NOTE 1. All parameters NOT specially mentioned are measured at rated input, rated load and25℃of ambient temperature. 2. Measured at 20MHz of bandwidth by using a12”twisted pair-wire terminated with a 0.1 uF & 10uF parallel capacitor. 3.The power supply is considered as a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives. For guidance on how to perform these EMC tests, please refer to “EMI testing of component power supplies” on https://www.powerld.com. DIN rail power supply is a kind of switching power supply, which can convert unstable input voltage into stable output voltage. We can meet all industry standards of DIN rail power supply. Learn more, follow us, and leave us a message.

Ø  Universal AC input (90~264Vac) Ø  With Active PFC, PF>0.95 Ø  Surge 300Vac for 60S Ø  High Efficiency, long life and High reliability Ø  Output protections: OLP/OVP/SCP/OTP/OPP Ø  1+1 parallel function, current sharing Ø  Wide operating ambient temperature (-40℃~65℃) Ø  Operating altitude up to5000m Ø  All using 105℃ long life electrolytic capacitors. Ø  100% full load burn-in test Ø  Fanless, quiet working Ø  PCB with conformal coating        Ø  3 years warranty MODEL VAT-UP200S-4.6-P VAT-UP200S-5-P OUTPUT DC Output 4.6V 5V Rated Current 40A 40A CurrentRange    Note 1 0~40A 0~40A Peak load 50A(50mS, 220Vac input) 48A(50mS, 220Vac input) Ripple and Noise  Note 2 0~65℃ ≤150mV ≤150mV Voltage Accuracy@-20~65C ±3% ±3% Line Regulation/ ±0.5% Load Regulation ±2% Set-up Time @25℃ ≤2S (220Vac input,40A) Hold up Time ≥5mS (220Vac input,32A) Temperature Coefficient ±0.03%/℃ Overshoot and Undershoot <5.0% Parallel (current sharing) Current-unbalance< 10% (single PS drive40Aload, the voltage of current share bus is 5~6V) INPUT VoltageRange  Note 3 90Vac~264Vac FrequencyRange 47Hz~63Hz Efficiency ( Typical) 110Vac 87% 89% 220Vac 88% 90% AC Current (max.) <3.5A Inrush Current (Typical) <15A@220Vac     Cold start Power Factor @25℃ >0.95 (input 220Vac,40A) Stand by power consumption <4W (input 220Vac) Leakage Current Input—output:<0.25mA    Input—PG:<3.5mA  (input 264Vac, 63Hz) PROTECTION Over Load 44~65A, hiccup mode, auto recovery 45~55A, hiccup mode, auto recovery Over Power 193~299W, hiccup mode, auto recovery 225~275W, hiccup mode, auto recovery Over Voltage 5.1~7V, hiccup mode, auto recovery 5.2~6.5V, hiccup mode, auto recovery Over Temperature 105℃+10℃(detect on temperature controller of PFC);shut down, auto recovery after the temperature goes down to75℃ Short Circuit Long-term mode, auto recovery ENVIRONMENT Operating amb. Temp. & Hum. -40℃~65℃; 20%~90%RH No condensing(refer to the derating curve) Storage Temp. & Hum. -40℃~85℃; 10%~95%RH No condensing SAFETY &EMC   (Note 4) Safety Standards UL60950-1 2ndEd; IEC 60950-1:2005(2ndEd) ;EN60950-1:2006 Withstand Voltage Primary-Secondary: 3.0KVac/10mA .Primary-PG:1.5KVac/10mA. Secondary-PG: 0.5KVDC/10mA. Isolation Resistance 10Mohms EMI Conduction&Radiation Compliance to EN55022, EN55024, FCC PART 15 CLASS B Harmonic current Compliance toEN61000-3-2CLASSD EMSImmunity Compliance toEN61000-4-2,3,4,5,6,8,11; OTHERS MTBF (MIL-HDBK-217F) >200000h (25℃, Full load) Dimension (L*W*H) 210*50*29mm Packing 28PCS/CTN, 0.04CBM Power Good Signal Working properly: 3.3V Working abnormally: <0.7V Reverse voltage start 4.6V output When output reverse voltage is 5~5.1V, PS starts normally. 5V output When output reverse voltage is 5~10V, PS starts normally. Cooling method Cooling by free air convection NOTE 1.    All parameters NOT specially mentioned are measured at rated input, rated load and 25℃of ambient temperature. 2.    Measured at 20MHz of bandwidth by using a 12” twisted pair-wire terminated with a 0.1 uF & 47uF parallel capacitor. 3.The power supply is considered as a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives. For guidance on how to perform these EMC tests, please refer to “EMI testing of component power supplies” onhttp://www.powerld.com.cn.

Ø Universal input 85~264Vac or 120~370Vdc Ø  Built-in Active PFC, PF>0.95 Ø  140W free air convection, 230W force air Ø  No load power consumption<0.3W Ø  Extremely low leakage current<0.1mA Ø  12V/0.5A fan supply Ø  Output protections: SCP/OVP/OCP/OTP Ø  Wide operating ambient temperature (-40℃~70℃) Ø  Operating altitude up to 5000m Ø  4.07’’*2’’ *1’’Compact size Ø  Suitable for BF applications Ø  Fit for Class I & Class II configuration        Ø 3 years warranty  MODEL PSF-230S-12 PSF-230S-24 PSF-230S-36 PSF-230S-48 OUTPUT DC Output 12V 24V 36V 48V Rated Current (free air convection) 11.7A (140.4W) 5.83A (139.92W) 3.9A (140.4W) 2.92A (140.16W) Rated Current (13CFM forced air) 19.2A (230.4W) 9.58A (229.92W) 6.39A (230.04W) 4.79A (229.92W) Ripple and Noise  Note 2 0~70℃ 100mV -40℃~0℃ 200mV Voltage ADJ.  Range 11.4~12.6V 22.8~25.2V 34.2~37.8V 45.6~50.4V Voltage Accuracy ±1.0% Line Regulation ±0.5% Load Regulation ±1.0% ±0.5% Set-up Time ≤1.5S (230Vac input, Full load); ≤3.0S (115Vac input, full load) Hold up Time ≥12mS @115Vac input ;  ≥16mS @230Vac input   Full load Temperature Coefficient ±0.03%/℃ Overshoot <5.0% INPUT Voltage Range   Note 3 85~264Vac/120～370Vdc Rated input voltage range 100~240Vac Frequency Range 47Hz-63Hz Efficiency ( Typical) 93% 94% 94% 94% Power Factor(Typical) PF>0.99/115Vac, PF>0.95/230Vac  full load AC Current (max.) ≤3 A/115Vac   ≤1.5 A/230Vac  full load Inrush Current (Typical) 60A/230Vac      Cold start Leakage Current Input to PG: ≤0.25mA    Input to output: ≤0.1mA  PROTECTION Over Current 21.1~34.5A 10.5~17.2A 7~11.5A 5.27~8.62A Protection type: Hiccup mode, auto recovery Over Power 110%~180%, Hiccup mode, auto recovery Over Voltage ≤16V ≤32V ≤48V ≤60V Protection type: Re-power on Over temperature Shut down when temperature is too high; auto recovery when temperature is low Short Circuit Long-term mode, auto recovery ENVIRONMENT Operating amb. Temp. & Hum. -40℃~70℃;  20%~90%RH  No condensing (refer to the derating curve) Storage Temp. & Hum. -40℃~85℃;  10%~95%RH  No condensing Operating altitude (Note 3) 5000 meters SAFETY &EMC   (Note 4) Safety Standards IEC62368 / IEC60601 Withstand Voltage Primary-Secondary: 4KVac/10mA; Primary to PG: 1.5KVac/10mA; Secondary-PG: 1.5Vac/10mA Isolation Resistance 50M ohms Isolation Level Input-output 2*MOPP Input-FG 1*MOPP Output-FG 1*MOPP EMI Conduction&Radiation Compliance to EN55032 Class B Harmonic Current Compliance to EN61000-3-2, Class D EMS Immunity Compliance to EN61000-4-2,3,4,5,6,8,11; OTHERS MTBF (MIL-HDBK-217F) More than 200,000Hrs (25℃, Full load) Dimension  (L*W*H) 103.5*50.8*25.4mm (4.07’’*2’’*1’’ inch) Packing TBD Cooling method 140W free air convection; 230W with 13CFM forced air NOTE 1.     All parameters NOT specially mentioned are measured at rated input, rated load and 25℃ of ambient temperature. 2.     Measured at 20MHz of bandwidth by using a12”twisted pair-wire terminated with a 0.1 uF & 10uF parallel capacitor. 3.     The ambient temperature derating of 0.5℃/100m for operating altitude higher than 2000m. 4. The power supply is considered as a component which will be installed into a final equipment. The final equipment must be re-confirmed that it still meets EMC directives.