SPV-1500-12

SPV-1500-12 MEANWELL | Alldatasheet

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DC□VOLTAGE RATED□CURRENT CURRENT□RANGE RATED□POWER OUTPUT VOLTAGE ADJ.□RANGE LINE□REGULATION LOAD□REGULATION SETUP,□RISE□TIME HOLD□UP TIME (Typ.) VOLTAGE□RANGE FREQUENCY RANGE EFFICIENCY (Typ.)INPUT INRUSH□CURRENT (Typ.) LEAKAGE□CURRENT OVER□TEMPERATURE WORKING□TEMP. ALARM□SIGNAL OUTPUT REMOTE□ON/OFF□CONTROL AUXILIARY POWER(AUX) WORKING□HUMIDITY STORAGE□TEMP.,□HUMIDITY TEMP.□COEFFICIENT VIBRATION MTBF DIMENSIONOTHERS NOTE PACKING OVERLOAD Note.5 OVER□VOLTAGE AC□CURRENT (Typ.) 1500ms,□100ms□at□full□load 10ms□at□full□load 47□~□63Hz <2.0mA /□240VAC 105□~135% rated□output□power Protection□type□:□Constant□current□limiting,□recovers□automatically□after□fault□condition□is□removed 13.8□~□16.8V Protection□type□:□Shut□down□o/p□voltage,□re-power□on□to□recover 105 5 (TSW2□)□detect□on□heatsink□of□power□transistor Protection□type□:□Shut□down□o/p□voltage,□recovers□automatically□after□t emperature□goes□down -20□~□+70 (Refer□to□output□load□derating□curve) Please□see□the□Function□Manual Please□see□the□Function□Manual 12V@0.1A(Only□for□Remote□ON/OFF□control) 20~90%□RH□non-condensing 0.05%/ (0□~□50 ) 10□~□500Hz,□2G□10min./1cycle,□60min.□each□along□X, Y,□Z□axes 2.6Kg;□6pcs/16.6Kg/1.54CUFT 86.5% 0.5% 0.5% 1.0% 14ms□at□full□load 90% 30□~□34.8V 16ms□at□full□load 90% 57.6□~□67.2V 150mVp-p 150mVp-p 200mVp-p 5%□typical□adjustment□by□VR,□20%□~□120%□adjustmen□by□1~6VDC□external□contro l 12V 24V 48V 125A 63A 32A 1500W 1512W 1536W SPV-1500-12 SPV-1500-24 SPV-1500-48 /c49/c46/c32/c65/c108/c108/c32/c112/c97/c114/c97/c109/c101/c116/c101/c114/c115/c32/c78/c79/c84/c32/c115/c112/c101/c99/c105/c97/c108/c108/c121/c32/c109/c101/c110/c116/c105/c111/c110/c101/c100/c32/c97/c114/c101/c32/c109/c101/c97/c115/c117/c114/c101/c100/c32/c97/c116/c32/c50/c51/c48/c86/c65/c67/c32/c105/c110/c112/c117/c116/c44/c32/c114/c97/c116/c101/c100/c32/c108/c111/c97/c100/c32/c97/c110/c100/c32/c50/c53 /c111/c102/c32/c97/c109/c98/c105/c101/c110/c116/c32/c116/c101/c109/c112/c101/c114/c97/c116/c117/c114/c101/c46 /c50/c46/c32/c82/c105/c112/c112/c108/c101/c32/c38/c32/c110/c111/c105/c115/c101/c32/c97/c114/c101/c32/c109/c101/c97/c115/c117/c114/c101/c100/c32/c97/c116/c32/c50/c48/c77/c72/c122/c32/c111/c102/c32/c98/c97/c110/c100/c119/c105/c100/c116/c104/c32/c98/c121/c32/c117/c115/c105/c110/c103/c32/c97/c32/c49/c50/c34/c32/c116/c119/c105/c115/c116/c101/c100/c32/c112/c97/c105/c114/c45/c119/c105/c114/c101/c32/c116/c101/c114/c109/c105/c110/c97/c116/c101/c100/c32/c119/c105/c116/c104/c32/c97/c32/c48/c46/c49/c117/c102/c32/c38/c32/c52/c55/c117/c102/c32/c112/c97/c114/c97/c108/c108/c101/c108/c32/c99/c97/c112/c97/c99/c105/c116/c111/c114/c46 /c51/c46/c32/c84/c111/c108/c101/c114/c97/c110/c99/c101/c32/c58/c32/c105/c110/c99/c108/c117/c100/c101/c115/c32/c115/c101/c116/c32/c117/c112/c32/c116/c111/c108/c101/c114/c97/c110/c99/c101/c44/c32/c108/c105/c110/c101/c32/c114/c101/c103/c117/c108/c97/c116/c105/c111/c110/c32/c97/c110/c100/c32/c108/c111/c97/c100/c32/c114/c101/c103/c117/c108/c97/c116/c105/c111/c110/c46 /c52/c46/c32/c84/c104/c101/c32/c112/c111/c119/c101/c114/c32/c115/c117/c112/c112/c108/c121/c32/c105/c115/c32/c99/c111/c110/c115/c105/c100/c101/c114/c101/c100/c32/c97/c32/c99/c111/c109/c112/c111/c110/c101/c110/c116/c32/c119/c104/c105/c99/c104/c32/c119/c105/c108/c108/c32/c98/c101/c32/c105/c110/c115/c116/c97/c108/c108/c101/c100/c32/c105/c110/c116/c111/c32/c97/c32/c102/c105/c110/c97/c108/c32/c101/c113/c117/c105/c112/c109/c101/c110/c116/c46/c32/c84/c104/c101/c32/c102/c105/c110/c97/c108/c32/c101/c113/c117/c105/c112/c109/c101/c110/c116/c32/c109/c117/c115/c116 /c98/c101/c32/c114/c101/c45/c99/c111/c110/c102/c105/c114/c109/c101/c100/c32/c116/c104/c97/c116/c32/c105/c116/c32/c115/c116/c105/c108/c108/c32/c109/c101/c101/c116/c115 /c69/c77/c67/c32/c100/c105/c114/c101/c99/c116/c105/c118/c101/c115/c46 /c53/c46/c32/c68/c101/c114/c97/c116/c105/c110/c103/c32/c109/c97/c121/c32/c98/c101/c32/c110/c101/c101/c100/c101/c100/c32/c117/c110/c100/c101/c114/c32/c108/c111/c119/c32/c105/c110/c112/c117/c116/c32/c118/c111/c108/c116/c97/c103/c101/c115/c46/c32/c80/c108/c101/c97/c115/c101/c32/c99/c104/c101/c99/c107/c32/c116/c104/c101/c32/c100/c101/c114/c97/c116/c105/c110/c103/c32/c99/c117/c114/c118/c101/c32/c102/c111/c114/c32/c109/c111/c114/c101/c32/c100/c101/c116/c97/c105/c108/c115/c46 File□Name:SPV-1500-SPEC□□□2009-06-08 SAFETY STANDARDS HARMONIC□CURRENT EMS□IMMUNITY UL60950-1, TUV□EN60950-1□approved Compliance□to□EN55022□(CISPR22) Compliance□to EN61000-3-2,-3 Compliance□to EN61000-4-2,3,4,5,6,8,11;□ENV50204,□EN55024,□l ight□industry□level,□□criteria A RIPPLE□&□NOISE□(max.) Note.2 VOLTAGE□TOLERANCE Note.3 EMI□CONDUCTION□&□RADIATION 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 ENVIRONMENT SAFETY & FUNCTION EMC (Note□4) PROTECTION /c85/c110/c105/c118/c101/c114/c115/c97/c108/c32/c65/c67/c32/c105/c110/c112/c117/c116/c47/c70/c117/c108/c108/c32/c114/c97/c110/c103/c101 /c90/c86/c83/c32/c110/c101/c119/c32/c116/c101/c99/c104/c110/c111/c108/c111/c103/c121 /c65/c67/c32/c105/c110/c112/c117/c116/c32/c97/c99/c116/c105/c118/c101/c32/c115/c117/c114/c103/c101/c32/c99/c117/c114/c114/c101/c110/c116/c32/c108/c105/c109/c105/c116/c105/c110/c103 /c66/c117/c105/c108/c116/c45/c105/c110/c32/c97/c99/c116/c105/c118/c101/c32/c80/c70/c67/c32/c102/c117/c110/c99/c116/c105/c111/c110/c44/c80/c70/c62/c48/c46/c57/c53 /c80/c114/c111/c116/c101/c99/c116/c105/c111/c110/c115/c58/c32/c83/c104/c111/c114/c116/c32/c99/c105/c114/c99/c117/c105/c116/c32/c47/c32/c79/c118/c101/c114/c108/c111/c97/c100/c32/c47/c32/c79/c118/c101/c114/c32/c118/c111/c108/c116/c97/c103/c101/c32/c47/c32/c79/c118/c101/c114/c32/c116/c101/c109/c112/c101/c114/c97/c116/c117/c114/c101 /c70/c111/c114/c99/c101/c100/c32/c97/c105/c114/c32/c99/c111/c111/c108/c105/c110/c103/c32/c98/c121/c32/c98/c117/c105/c108/c116/c45/c105/c110/c32/c68/c67/c32/c98/c97/c108/c108/c32/c98/c101/c97/c114/c105/c110/c103/c32/c102/c97/c110 /c72/c105/c103/c104/c32/c112/c111/c119/c101/c114/c32/c100/c101/c110/c115/c105/c116/c121/c32/c56/c46/c51/c87/c47/c105/c110/c99/c104 /c67/c117/c114/c114/c101/c110/c116/c32/c115/c104/c97/c114/c105/c110/c103/c32/c117/c112/c32/c116/c111/c32/c52/c53/c48/c48/c87/c40/c50/c43/c49/c41 /c65/c108/c97/c114/c109/c32/c115/c105/c103/c110/c97/c108/c32/c111/c117/c116/c112/c117/c116 /c66/c117/c105/c108/c116/c45/c105/c110/c32/c49/c50/c86/c47/c48/c46/c49/c65/c32/c97/c117/c120/c105/c108/c105/c97/c114/c121/c32/c111/c117/c116/c112/c117/c116/c32/c102/c111/c114/c32/c114/c101/c109/c111/c116/c101/c32/c99/c111/c110/c116/c114/c111/c108 /c66/c117/c105/c108/c116/c45/c105/c110/c32/c114/c101/c109/c111/c116/c101/c32/c79/c78/c45/c79/c70/c70/c32/c99/c111/c110/c116/c114/c111/c108 /c66/c117/c105/c108/c116/c45/c105/c110/c32/c114/c101/c109/c111/c116/c101/c32/c115/c101/c110/c115/c101/c32/c102/c117/c110/c99/c116/c105/c111/c110 /c51/c32/c121/c101/c97/c114/c115/c32/c119/c97/c114/c114/c97/c110/c116/c121 /c51 /c70/c101/c97/c116/c117/c114/c101/c115/c32/c58 1500W□Single□Output□Power□Supply S P V- 1 5 0 0s e r i e s

Mechanical□Specification Case□No.943A Unit:mm AC□Input Terminal□Pin□No. Assignment Pin□No. Assignment AC/N AC/L Pin□No. Pin□No. 3 6 2 5 P OK□GND:□Power□OK□Ground P OK:□Power□OK□Signal RCG:□Remote□ON/OFF□Ground AUXG: Auxiliary□Ground RC1:□Remote□ON/OFF AUX: Auxiliary□Output 1 4 Assignment Assignment RCG P OK P OK□GND FG direction 93 Air□flow I/P +V17.5 240 11.2 16□max. 278 8-M4□L=5(Both□Sides) 83.5 38.1 22.7 4-M4□L=5 127 11.2240 LED SVR OUTPUT 7 7 55 5 33 3 11 1 2 24 4 26 6 48 8 6 Mating□Housing Terminal or□equivalent or□equivalent Block□Diagram PFC□fosc□:□70KHz PWM□fosc□:□100KHz FAN O.V.P. +VRECTIFIERS FILTER CIRCUIT DETECTION POWER AUX REMOTE CONTROL RC FILTER RECTIFIERS AUX□POWER (12V/0.1A) SHARING LOAD LS P OK LIMITING ACTIVE CURRENT INRUSH CONTROL I/P SWITCHING POWERRECTIFIERS FILTER EMI PWM PFC PFC CONTROL O.T.P. O.L.P. Pin□No. Pin□No. RCG:□Remote□ON/OFF□Ground RC2: -S:□-Remote□Sensing PS:□Reference□voltage□terminal,□PS□and□PV□are□connected□when□shipping Assignment Assignment RC2 RCG PS PV Mating□Housing Terminal or□equivalent or□equivalent8 5,7 LS(Current□Share) Control□Pin□No. Assignment(CN3)□:□HRS□DF11-6DP-2DS or□equivalent HRS□DF11-6DS HRS□DF11-SC Control□Pin□No. Assignment(CN1,CN2)□:□HRS□DF11-8DP-2DS or□equival ent HRS□DF11-8DS HRS□DF11-SC AUX RC1 AUXG CN1 CN2 CN3 1500W□Single□Output□Power□Supply S P V- 1 5 0 0s e r i e s File□Name:SPV-1500-SPEC□□□2009-06-08

Function□Manual 1.Remote□ON/OFF (1)Remote□ON/OFF□control□becomes□available□by□applying□voltage□in□CN1□&□C N2□&□CN3 (2)Table□1.1□shows□the□specification□of□Remote□ON/OFF□function (3)Fig.1.2□shows□the□example□to□connect□Remote□ON/OFF□control□functio n Table□1.1□Specification□of□Remote□ON/OFF Fig.1.2□Examples□of□connecting□remote□ON/OFF Connection□Method SW□Logic Output□on SW□Open SW□Open SW□Open Output□off SW□Close SW□Close SW□Close 2.2K AUX RC1 12V□typ. AUXG 150 RCG RC2 SW620 5V 150 RC2 12V□typ. RCG AUXG 2.2K RC1 AUX (A)Using□external□voltage□source (B)Using□internal□12V□auxiliary□output SW

150 RC2

12V□typ. AUXG SW RCG (C)Using□internal□12V□auxiliary□output 2.2K RC1 AUX Derating□Curve Static□Characteristics AMBIENT□TEMPERATURE□( ) LOAD□(%)20 100 -20 0 10 20 30 40 45 50 60 70 INPUT□VOLTAGE□(V)□60Hz 100 LOAD□(%) Ta=25 90 100 120 140 150 160 180 200 220 240 264(HORIZONTAL) Others 12V 1500W□Single□Output□Power□Supply File□Name:SPV-1500-SPEC□□□2009-06-08 S P V- 1 5 0 0s e r i e s

File Name:SPV-1500-SPEC 2009-08-18 3.External Voltage Control Note: Reference voltage terminal, PS and PV are connected when shipping 4.Current Sharing (1)Parallel operation is available by connecting the units shown as below (+S,-S and LS are connected mutually in parallel): (2)The voltage difference among each output should be minimized that less than 2% is required (3)The total output current must not exceed the value determined by the following equation (4) In parallel operation 3 units is the maximum, please consult the manufacturer for other

applications

(5) When remote sensing is used in parallel operation, the sensing wire must be connected only to the master unit (Output current at parallel operation)=(The rated current per unit) x (Number of unit) x 0.9 2.Alarm Signal Output (1)Alarm signal is sent out through "P OK" & "P OK GND" pins (2)An external voltage source is required for this function. The maximum applied voltage is 50V and the maximum sink current is 10mA (3)Table 2.1 explains the alarm function built-in the power supply Fig. 2.2 Internal circuit of P OK (Open collector method) External voltage and R (The max. sink is 10mA and 50V) PO KG N D PO K Function PO K The signal is "Low" when the power supply is 15% of the rated output voltage-Power OK above Low (0.5V max at 10mA) Description Output of alarm(P OK) The signal turns to be "High" when the power supply is under 15% of the rated output voltage-Power Fail High or open (External applied voltage 10mA max.) R V0.1uF 100K Load LS LS CN1 CN2 No.1(Master) AC/L AC/N No.2(Slave) AC/L AC/N LS LS CN1 CN2 AC/L AC/N LS LS CN1 CN2 No.3(Slave) Table 2.1 Explanation of alarm function 123456 V Vout 100 120 20OUTPUT VOLTAGE (%) EXTERNAL VOLTAGE (DC) Non-Linear OVP 120%(Typ.) 40 60 80 100 120 V 100 20OUTPUT CURRENT (%) OUTPUT VOLTAGE (%) +V +V -V LOAD PV 1~6V PS Note : In parallel connection, maybe only one unit (master) operate if the total output load is less than 5% of rated load condition. The other PSUs (slaves) may go into standby mode and their output LEDs will not turn on. 1500W Single Output Power Supply SPV-1500 series