specification model dc voltage rated current current range rated power output voltage adj. range line regulation load regulation setup, rise time note.5 hold up time (typ.) voltage range frequency range efficiency (typ.) input inrush current (typ.) leakage current safety standards working temp. working humidity storage temp., humidity temp. coefficient vibration mtbf dimension others note packing overload over voltage battery cut off ac ok battery low ac current (typ.) 800ms, 50ms/230vac 1600ms, 50ms/115vac at full load 50ms/230vac 10ms/115vac at full load 90 ~ 264vac 127 ~ 370vdc 47 ~ 63hz 84% ch1:28.98 ~ 37.26v 84% 21 1v battery low voltage : < 22v 1.6a/115vac 1a/230vac cold start 30a/115vac 60a/230vac <1ma / 240vac 105 ~ 150% rated output power ch1:14.49 ~ 18.63v protection type : hiccup mode, recovers automatically after fault co ndition is removed protection type : hiccup mode, recovers automatically after fault co ndition is removed 10.5 0.5v ul60950-1, tuv en60950-1 approved compliance to en55022 (cispr22) class b, en61000-3-2,-3 compliance to en61000-4-2,3,4,5,6,8,11, en55024, light indus try level, criteria a -20 ~ +70 (refer to "derating curve") 20 ~ 90% rh non-condensing -20 ~ +85 , 10 ~ 95% rh 0.03%/ (0~50 ) on ch1 output 10 ~ 500hz, 2g 10min./1cycle, 60min. each along x, y, z axes 589.7k hrs min. mil-hdbk-217f (25 ) pcb:101.6*50.8*29mm (l*w*h) ; with optional case:103.4*62*37 mm (l*w*h) pcb:0.13kg; 96pcs/13.5kg/0.89cuft ; with optional case:0.29k g; 45pcs/14kg/0.67cuft function ttl open collector output, on : ac ok ; off : ac fail ; ice : max. 30ma@ 50vdc ttl open collector output, on : battery low ; off : battery ok ; ice : max. 30ma@ 50vd c battery low voltage : < 11v psc-60b 27.6v ch1 1.4a 0 ~ 2.15a 59.34w 240mvp-p ch1: 24 ~ 29v 1.0% 0.5% 0.5% 27.6v ch2 0.75a -------- -------- -------- -------- -------- 13.8v ch2 1.5a -------- -------- -------- -------- -------- psc-60a 13.8v 2.8a 0 ~ 4.3a 59.34w 120mvp-p ch1: 12 ~ 15v 1.0% 0.5% 0.5% 60w single output with battery charger(ups function) universal ac input / full range protections: short circuit / overload / over voltage battery low / alarm signal for ac ok and battery low cooling by free air convection 100% full load burn-in test 2 years warranty optional l-bracket and cover (psc-60x-c, x=a,b) protection battery polarity protection by fuse features : p s c - 6 0 s e r i e s ripple & noise (max.) note.2 voltage tolerance note.3 environment protection withstand voltage isolation resistance i/p-o/p:3kvac i/p-fg:1.5kvac o/p-fg:0.5kvac i/p-o/p, i/p-fg, o/p-fg:100m ohms / 500vdc / 25 / 70% rh safety & emc (note 4) 1. all parameters not specially mentioned are measured at 230vac input, r ated load and 25 of ambient temperature. 2. ripple & noise are measured at 20mhz of bandwidth by using a 12" twisted pair- wire terminated with a 0.1uf & 47uf parallel capacitor. 3. tolerance : includes set up tolerance, line regulation and load regula tion. 4. the power supply is considered a component which will be installed into a fi nal equipment. the final equipment must be re-confirmed that it still me ets emc directives. 5. length of set up time is measured at cold first start. turning on/off the powe r supply may lead to increase of the set up time. 6. heat sink hs1,hs2 can not be shorted. 7. heat sink hs1 must have safety isolation distance with system case. for guidance on how to perform these emc tests, please refer to ?emi testing of c omponent power supplies.? (as available on http://www.meanwell.com) ch1 output number file name:psc-60-spec 2011-08-18 emc immunity emc emission
mechanical specification unit:mm mechanical specification unit:mm block diagram circuit circuit detection alarm o.l.p. emi filter rectifiers & filter power switching filter & rectifiers +v bat. + battery charger & back up control ac ok bat. low -v bat. - i/p fg control o.v.p. ac input connector (cn1) : jst b3p-vh or equivalent pin no. 12 3 assignment ac/n no pin ac/l mating housing jst vhr jst svh-21t-p1.1 or equivalent or equivalent terminal dc output connector (cn2) : jst b6p-vh or equivalent pin no. pin no. 1 5 4 2 3 6 assignment assignment dc output + battery + dc output com ac ok bat. low battery - mating housing jst vhr or equivalent terminal jst svh-21t-p1.1 or equivalent 1.hs1,hs2 can not be shorted.2.hs1 must have safety isolation distance with system case. cn1 2 3 1 ac fuse fs1 t2.5a/250v 14 5 6 svr1 cn2 101.6 95.25 3.175 hs2 23 hs1 4- 3.3 50.8 44.45 3.175 29 3 max. 60w single output with battery charger(ups function) p s c - 6 0 s e r i e s file name:psc-60-spec 2011-08-18 optional l-bracket: no.998a -d mylar film optional cover: no.998a -t 18 14.5 4.2 95 78 2-m3 12.7 2-m3 l=4 2-m3 l=4 55 103.4 24.2 30.85 62 2- 3.5 37
file name:psc-60-spec 2011-08-18 suggested application pin6 dc output com external voltage and r (the max. sink is 30ma and 50v) r v output derating vs input voltage input voltage (vac) 60hz 90 100 95 120 115 160 140 200 180 240 220 264 load (%) 90 100 80 70 60 50 40 output derating ambient temperature ( ) load (%) -20 0 20 10 30 35 40 20 40 80 60 100 60 50 70 (horizontal) for pcb with l-bracket+cover option pcb only dc- dc+ bat+ bat- load a : 12v b : 24v battery + + - - 60w single output with battery charger(ups function) p s c - 6 0 s e r i e s 1.back up connection for ac interruption 2.alarm signal for ac ok and battery low (1) please refer to the fig1.1 for suggested connection. (1) alarm signal is sent out through " ac ok " & " battery low " pins. (2) an external voltage source is required for this function. the maxim um applied voltage is 50v and the maximum sink current is 30ma. (3) table2.1 explain the alarm function built-in the power supply ac ok (battery low) function output of alarm (0.3v max. at 30ma) (0.3v max. at 30ma) voltage 50v max.) voltage 50v max.) low low high or open(external applied high or open(external applied description the signal is "low" when the power supply the signal is "low" when the voltage of the signal is "high" when the voltage of the signal turns to be "high" when the power turns on battery is under a:11v, b:22v battery is above a:11v, b:22v supply turns off ac ok battery low the power supply charge the battery and provide energy to the load in the same ti me when the ac main is ok. the battery start to supply power to the load when the ac main fails. fig 1.1 suggested system connection table 2.1 explanation of alarm signal fig 2.2 internal circuit of ac ok (battery low)
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