DC power supply unregulated type PSLC2
1 / 1Pages

DC power supply unregulated type PSLC2 Technical data Input data 45 - 66 Hz 115VAC / 230VAC -15% to +15% at 115VAC max. 0,33A / at 230VAC max. 0,165A 20 mSek. typ. Input voltage AC Inputvoltage tolerance Input current at nominal load Protective circuit Hold-up time Output data Output voltage UNominal Output current INominal Current limiting Residual ripple (100Hz) see table below see table below < 3% Control data Control deviation load Control deviation supply Control time Operating data Duty circle Operating temperature range Derating Storage temperature range Cooling 100% - 30°C to +80°C from 40°C -30°C...+105°C selfcooling recommended respective distance 15mm each Safety devices Fuse for input Fuse for output Overload protection MTBF Output separated according to VDE 0551 Extra low safety potential PELV (EN 60204), SELV (EN 60950) at 115VAC 0,5A delayed / at 230VAC 0,25A delayed not necessary - cont. short-circuit proof integrated into the device >400.000 h Safety data Test voltage transformer High voltage resistance Overload- and open circuit protected short circuit proof Parallel connection possible Not protected against pol-permutation at the output 5 kVac in accordance to VDE 0551 Primary circuit - secondary circuit 3,75 kVac acc. to VDE 0806 / IEC 380 < K acc. to VDE 0875 and VDE 0877 Class 2 PELV (EN60204), SELV (EN 60950) 95% relative humidity, yearly average dewing allowed for use in tropical ambient IP 65 IP 20 (VGB4) >30g at 33Hz in X,Y and Z, acc. to IEC 60068-2-27 Degree of EMI suppresion Protection class Extra low safety potential Ambient humidity Suitable for the tropics - Epoxy resin casted Protective class enclosure Protective class terminals Vibration proof Operating status shown by LED Applied construction regulations Mechanics Mounting on rails acc. to DIN 46277 or wall mounting with screws Nominal output voltage Range of adjustment output voltage Load-current diagram at nominal input voltage Output voltage Nominal output current E-Mail : info@feas.de Internet: www.feas.de Output current