CL LED Displays Power Supply 400W PAS3 series

$30.00
by CL
SKU: 1 pcs

CL LED Displays Power Supply 400W PAS3 series Features:

Input Parameter:

  • Input Voltage Range: 90~264Vac
  • Input Frequency Range: 47~63HZ(Typ 50/60)
  • Max AC Current: <7.0A, 100Vac, full load
  • Inrush current: ≤90A, 240V, Full load, 25℃
  • PF >0.92(AC100~240Vac, full load)
  • Leakage Current:I/P-O/P:≤0.25mA, I/P-F/G:≤3.5mA (Vin=250Vac 60HZ)

Output Parameter:

  • Dc Voltage Range: 5V(4.5V/4.2V is available too)
  • Rated Current: 0-60A
  • Max power:300W
  • Ripple & Noise: ≤700mVp-P
  • Efficiency (Typ):85%(Typ 87.5%) Vin=115V Full load,25℃,  87.5%(Typ 90.4%) Vin=230V, full load, 25℃
  • Voltage Tolerance:±2%
  • Line Regulation: ±1%
  • Load Regulation:±2%

Protection:

  • Over voltage protection: 5.0-6.0V
  • Over current protection: 90-115A
  • Over temperature protection: 65-85℃,  full load 25℃.
  • Short circuit protection,Hiccup mode, recovers automatically after fault condition is removed
  • Under voltage protection: 75-85Vac, recovery value: 80-90Vac

Safety Standards:

  • UL60950, IEC/EN60950, GB4943.1-2011

EMC:

  • EN55022(CISSPR22)ClassA,EN61000-3-2,EN61000-3-2,

EMI:

  • EN61000-4-2,3,4,5,6,8,11, EN55024  Light industry Class A(Surge 4KV)
  • Hi-pot: I/P-O/P: 3.0KVAC/ 10mA/ 60S , I/P-FG:1.5KVAC/ 10mA/ 60S , O/P-F/G: 500Vdc/10mA/ 60S
  • Isolation Resistance:I/P-O/P:≥10MΩ@ 500Vdc,I/P-F/G:≥10MΩ@ 500Vdc,O/P-F/G:≥10MΩ@ 500Vdc
  • Leakage current: I/P-FG: ≤3.5mA , I/P-O/P:≤0.25mA (240Vac/60Hz)

Others:

  • Working Temperature:‘-30℃ ~ +65℃(-40℃ can switch on)
  • Working Humidity:5%~90%RH
  • Storage temperature: -40℃~+80℃
  • Free air convection
  • Dimension (L*W*H): 252*64*30mm
  • Carton Dimension: 40*31*18.5 cm
  • Packing:36PCS/24.4KG/0.02CBM
  • MTBF:100K hours (MIL-HDBK-217F (25℃ )
  • 3 years warranty
  • Installment requirement:  please install an auxiliary AL heat sink(500mm*200mm*3mm) between the power supply case and LED screen case, and filled with thermal grease or a Thermal silicone gasket(250*64*1.0mm, 2.0 W/m·k) between the power supply bottom case and the heatsink to help system heat dissipation