KRD10F-1212

MODEL No. KRD10F-1212 KRD10F-1515 Output Voltage (VDC) ±12 ±15 Output Current (mA) 100VAC 100VAC 42～420 35～350 230VAC 50～500 42～420 Effeciency at 100% Load (Typical) 100VAC 230VAC 79 81 81 82 Input specification Input rating In-rush current Leakage current Output specifications MODEL No. Input regulation (85-132/170-264VAC) Load regulation (10～100% load) Ripple and Noise(mVmax) Output voltage accuracy Tempertaure coeffecient Drift Rise-up Time Hold-up Time 100 - 230VAC (85 ～ 264VAC) 50 - 60Hz (47 ～ 63Hz) 0.22 - 0.16A typical (at nominal output) 11 / 20A typical (at 100/230VAC input) 0.5 / 0.75mA maximum (at 100/230VAC 63Hz input) KRD10F-1212 20 500 KRD10F-1515 20 500 150 150 ±5％ 0.02％／℃ maximum (0.5％＋15mV)maximum / 8H(after 1H warm-up) 180mS typical (at 100/230VAC input) 11 / 95mS typical (at 100/230VAC input with nomial output) Protection specifications Over Voltage Protection Over Current Protection Thermal Shutdown Isolation specifications Isolation Resistance Isolation Voltage Environmental Environmental specification Operating Temp. Storage Temp. Humidity Safety N/A over 105％，Automatic recovery Avoid sustained operation in over load condition. Power supply, and recycle on. The power supply will resume normal operation. Pri.－ Sec. 100MΩ (DC 500V) Pri.－ Fg. 100MΩ (DC 500V) Sec.－ Fg. 100MΩ (DC 500V) Pri.－ Sec. 3000Vac/1min (10mA) Pri.－ Fg. 2000Vac/1min (10mA) Sec.－ Fg. 500Vac/1min (10mA) 0 ～ +70℃ 　(see derating curve FIG.1) -20 ～ +85℃ 20 ～ 85％RH (No condensing.) UL60950　 CSA C22.2 №60950 (cUL) CE (EN60950 A3 LVD) CB (IEC60950:1999,US/6301/UL) FCC Part 15 Class B meet EN55022 Class B meet VCCI(Ⅱ) meet 10 ～ 55Hz 0.5mm width/1minute cycle 3 directions each 30 minutes 20G ( 3 directions each 3 times) 32mm X 21.9mm X 65mm (W X H X D) 30g (TYP) EMI Shock & Vibration Vibration： Shock： Externals size Weight Measurement circuit (Dual) Vr: Measure point of line/load regulation and output voltage. Vn: Measure point of ripple and noise.(Bayonet tip probe used) C : 0.1uF film capacitor It provides for this specifications at 25℃. Explanation Explanation of model name Amends After it delivers it, I will repair three years free of charge for an emergency breakdown. However, because handling is careless, it becomes for a fee. Soldering condition Dip: 240℃-255℃ (within five seconds) Hand solder: 350℃±10℃ (within three seconds) Others This series is designed in our standard power supply for the general electronic equipment building in. Please do not use it for the equipment (medical equipment, aircraft, and nuclear power control system, etc.) by which the malfunction and the breakdown of the power supply threaten the human body and the life directly. Directions ☆ The short-circuit leaving for a long time doesn't cause the breakdown and do not do, please. ☆ Please note that there is a case to cause a defective start when a mass capacitor (about 10,000μF) is connected with the load edge. ☆ The input fuse prevents secondary destruction due to the breakdown of the power supply, and it doesn't operate normally in the exchange only of the fuse. Please request the repair to the agency or our company when the input fuse fuses. ☆ Please arrange it to separate the pattern from this power supply so that the voltage of the noise terminal might become large if it arranges it so that the pattern of the AC input line may pass under this power-supply unit. Moreover, please arrange it to separate the pattern from this power supply so that the output noise might become large if it arranges it so that the pattern ofthe DC output may pass under this power-supply unit. ☆ Please secure 5㎜ or more from the power supply when you arrange the pattern and parts (The chassis is included) that become different potential around the power supply. Please insert the insulating paper between those when becoming less than 5㎜. ☆ It is likely to make an internal connection disconnected when the stress more than the necessity is added to the I/O pin of the power supply. Please adjust the stress to 2kgf or less by horizontal direction by 1㎏f or less in or lessin the vertical direction as shown in the figure below.