PSC100B-C MEANWELL | Alldatasheet

Document overview

  • Manufacturer or author: Provided By ALLDATASHEET.COM(FREE DATASHEET DOWNLOAD SITE)
  • PDF pages: 3

Technical content

100W Single Output with Battery Charger(UPS Function) P S C = 1 0 0 series @ Features : : * Universal AC input / Full range x oe = + 5"x3" compact size s ee. + Models with L-Bracket and cover available (PSC-100x-C, x=A,B) __ yess * Protections: Short circuit / Overload / Over voltage . SE ee ie * Battery low protection / Battery reverse polarity protection by fuse SSE fe 4 iA * Relay contact signal output for AC OK and Battery Low SS J * Cooling by free air convection * 100% full load burn-in test * 2 years warranty AA. 4/5 CBCE SPECIFICATION PSC-100A/-C| _[_] =Blank,-C ; Blank=PCB only, -C=Enclosed type 76 76 24k [1254 100.74W oureur ‘One — [LINEREGULATION (05% mmm 90~264VAC__127~370VDC 47-6342 input Paorecon OVER VOLTAGE Protection type : Shut down olp voltage, re-power on to recover BATTERY CUT OFF a oH0.5V aru AAR WORKING HUMIDITY 20 ~ 90% RH non-condensing EMC UP-OIP, IIP-FG, OIP-FG:100M Ohms / 500VDC / 25°C/ 70% RH Woes) [EMC EMISSION ___| Compliance to EN55022 (CISPR22) ClassB,EN61000-32-3 OTHERS [DIMENSION ——————_| PCB:127*76.2'31mm (L'W*H) ; Enclosed type:130°85*37mm (L'W'H) ” Eee NOTE | 2. Ripple & noise are measured at 20MHz of bandwidth by using a 12" twisted pair-wire terminated with a 0. uf & 47uf parallel capacitor. 3, Tolerance : includes set up tolerance, line regulation and load regulation 4, Length of set up time is measured at first cold start. Turning ON/OFF the power supply may lead to increase of the set up time. 5. Heat sink HS2,HS3 can not be shorted. 6. Heat sink HS2,HS3 must have safety isolation distance from system case. 7. The power supply is considered 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.” (as avaitable on http:/hwww.meanwell.com) 8. Please refer to suggest application (2) - (4) in page 3.

MEAN WELL] 100W Single Output with Battery Charger(UPS Function) P S C . 1 0 0 series lt Mechanical Specification é Unit:mm e B — S. ——— Cover: EE | No. 9468-7 PI — — EE peers —— 5 all — goer a i mr © Se \\ ona OO 0 gees eee eee ee 00, ACFUSE 1 OO00S S00 ESSERE 909302 TSI5AR500 2 =< OELOOS SOG OOGGe Fe ae 299598 rsi|(_| \\ 3 Ex)o88a0a8ooog8oes 99902 3 \\ ) 4 ROOESROGESES oe 5 806, 0 a] 2 Al yy 6 28008 ~ 2g fom H ae 3 3 - Ff } dove — ® 8) (®} svet = ~ & Hs2 183 ONS we ——_ Ke, na a Sy (eB svertin

127 SS Sa - Lt Tl

Serle: —T oo Sa —— no —— 3 Fi a) x 2 pe 5 i) 2 Re i 20 Lag tea ® 5 a er ° an > @ |. A Leg + a Se Sta a ee ee Lack, ese No. 9468-D. ae ee AC Input Connector (CN1) : JST B3P-VH or equivalent ° nae oe Alarm Output Connector(CN3) : JST B4B-XH or equivalent JSTVHR JST SVH-217-P1.1 [2 WoPin | orequivatent ‘or equivalent PinNo.| Assignment |_ Mating Housing Terminal a : IST XHP IST SXH-001T-PO.6 DC Output Connector (CN2) : JST B8P-VH or equivalent or equivalent or equivalent Pin No. 1.2 AN 34 JSTVHR JST SVH-217-P1.1 +.HS2,HS8 can not be shorted. 56 or equivalent or equivalent 2.HS2,HS3 must have safety isolation distance from system case. 18 Bat: 3.-V and Bat- can not be shorted. @ Block Diagram RL AC OK SC) acanm ~ ic CIRCUIT - RL) S Bat, Low EMI FILTER POWER B c RECTIFIERS ”v uP o a KE _| a RECTIFIER swiToHIne == ree oy ae © Bat.+ T woh DETECTION Wyse) 9—0 Bat.- | PWM a OL. : CONTROL Batley Charger ~ Lesh ON.P. Back up Control

MEAN WELL] 100W Single Output with Battery Charger(UPS Function) P S C . 1 0 0 series el

1 Output Derating Mf Output Derating VS Input Voltage

100 PCB only o

/ 90 oe 80 “ 4 aut — PcBonly Enclosed tpye’ === Enclosed type 60 | 70 = 6 FS =o = #0 = € g* a4 20 7 rT “20 ° 10 2% 30 40 50 60 70 (HORIZONTAL) 90 95 100 115 120 140 160 180 200 220 240 264 AMBIENT TEMPERATURE (¢) INPUT VOLTAGE (VAC) 60Hz lf Suggested Application 1.Backup connection for AC interruption (1) Please refer to the Figt 1 for suggested connection The power supply charges the battery and provides energy to the load at the same time when the AC main is OK. The battery starts to supply power to the load when the AC mains fils. fo) \\ ro \\N\\ Oo Z . sh - Load oo ~ q S| + IE / - {pB _ ~ | Bat- AL12V —+* B:2av E Battery [e) [o) ——— Fig 1.1 Suggested system connection 2.Alarm signal for AC OK and Battery Low (1) Alarm signal is sent out through * AC OK" & " Battery Low * pins.(relay contact type) (2)An external voltage source is required for this function. The maximum applied voltage is 30V and the maximum sink current is 1. (3) Table2.1 explains the alarm function builtin the power supply upto ACOK Gate ow "Low" CN3 Pint (Pin3) The signals "Low" when the power supply oo: short cox |tumns.on aL The signal turns to be "High when the power | High or open(External applied pee supply turns OFF voltage 30V max.) 4 id \\ v The signal is "Low" when the voltage of Low orshort ° al Battery | battery is under A:11V, B:22V ‘ow or shor +) bow The signal is "High" when the voltage of High or open(External applied sl battery is above A:11V, B:22V voltage 30V max.) CN3 Pin2(Pin4) External voltage source (V) Table 2.1 Explanation of Alarm Signal and resistor (R) (The max. Sink is 1Aand 30V) (4) RL1 (AC OK)signal will go into hiccup mode when the overload protection is activating Fig 2.2 Internal circuit of AC OK (Battery Low)