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1. 26 6 15 1 05 16 6 15 0 65 12 5 15 LED 0 49 12 3 15 potentiometer D 2 3 2 4 M4 W Ww Output s M4 Fu Eo a terminal cover 21max Name plate Mounting Hole LED VV S es i 0 83max Bottom sides Output voltage aC adjustable potentiometer tS e a pi GE c REED RE OB M Output terminal e mE O Q mn L Wn Z Output terminal DA NE d a 2 Omen ET se dae WW DA 290 os Sg Tx FGG i 080 TIS d ACIN ESES e AC L jel e ien s e e Ej 15 5215 M3 5 35 150 05 e S 0 61 AC FG 1 38 5 91 215 3max X Tolerance 1 0 04 BA 0 12max X Weight 2 0kg max X PCB Material thickness CEM 3 1 6mm 0 06inches AIR FLOW X Chassis material Electric galvanizing steel board X Case material Electric galvanizing steel board i X Dimensions in mm inches X Mounting torque 1 5N m max X Screw tightening torque M3 5 0 8N m max M4 1 6N m max X Please connect safety ground to FG terminal on the unit Mounting Hole PLA 9 me pla indd PLA 9 S gt 2013 04 19 9 41 40 CO EL Basic Characteristics Data Basic Characteristics Data E Swit
2. M3 5 N CE B GALA LAN II Q Ac d m Terminal cover QEQELELSLOSA dab OHO acn OH ji SORODNA oo i QAER RSO ORO ms Fea TESI OeOeXoesOrsOrDe Qe O i ae E OROROROROBORORORO Output terminal FA B 8 gE lo90999999 9 e ee NE s Output terminal Ry S e 88856 es es S e Output voltage SI t LIRIKO OORO m adjustable potentiometer QROXO m BOX s ala LED a n OOO ZB OO oe ink Gees Num geese O O O OPS E Connector i Ti t H us ee E I 0 55 m 12 5max 129 11 92 1 5 LED 10 49 5 08 0 47 11 6 1 5 potentiometer 121 0 46 1476 X Tolerance 1 0 04 U X Weight 600g max e X PCB Material thickness CEM 3 1 6mm 0 06inches OC o ls X Chassis material Aluminum gt OP ay 2 X Cover material Electric galvanizing steel board Ox OO rm a X Dimensions in mm inches E RI z X Mounting torque 0 49N m max X Screw tightening torque M3 5 1 0N gt m max 48 7020 5 3 M3 1 89 2 76 X Please connect safety ground to FG terminal on the unit Mounting hole PLA 5 me pla indd PLA 5 S gt 2013 04 19 9 41 33 UN Ordering information CO EL AC DC Power Supplies Enclosed type PLA500F Ce Series name Single output Output wattage Universal input
3. Name plate Bottom sides M3 5 li Ono oo O AOIL Terminal cover COO OO OPO ACIN T COO OE ORO i m HORORO _Point A Fal z d KORSROROKSROKO Output terminal Em EET BORORORQEQEO E o S PS lem ig Output terminal z s S B 3 OROBOROBOROKO Output voltage s f i ORO CORO adjustable potentiometer Qa QOO es LED o NS 58 l E RRS OROROR di S gi QONONO OXOKOK H RSS Qu Hi Pow o o o Connector for LLL T 2 Remote ON OFF option 19 5 76405 BTE EI 1077 12 99 aed 12 5max 109 d 11 92 1 5 LED 0 49 429 0 47 11 6 1 5 potentiometer 4 101 0 46 0 16 3 98 7 X Tolerance 1 0 04 inj sl e X Weight 500g max JE X PCB Material thickness CEM 3 1 6mm 0 06inches Ooo Sle X Chassis material Aluminum EAE E e CORO Er 2 st X Cover material Electric galvanizing steel board NJEN 2 EE oa na X Dimensions in mm inches PI me de X Mounting torque 0 49N m max X Screw tightening torque M3 5 1 0N gt m max 33 5 66 5 0 5 3 M3 X Please connect safety ground to FG terminal on the unit 1 32 2 62 Mounting hole PLA 3 CO EL cAi US AC DC Power Supplies Enclosed type PLA150F Ce T V Rheinland JI A Recommended EMI EMC Filter NAC 04 472 150 High voltage pulse noise type NAP series L
4. d 2013 04 19 9 41 34 PLA300F CO EL PLA SPECIFICATIONS OTHERS CASE SIZE WEIGHT 102 X41 X190mm 4 02 X 1 61 X 7 48 inches Excluding terminal block and screw W XH XD 1 0kg max COOLING METHOD 8 Forced cooling internal fan WARRANTY WARRANTY 6 5 year Depends on the used condition 1 This is the value that measured on measuring board with capacitor 3 Derating is required As for DC input 440Hz input and AC265 to 9 Please contact us about other class of 22 UF and 0 1 HF at 150mm from output terminal 277V input please contact us 10 RC terminal is applied at option R And RC terminal is Measured by 20MHz oscilloscope or Ripple Noise meter 4 Please contact us about dynamic load and input response isolated from input output and FG Equivalent to KEISOKU GIKEN RM103 5 Derating is required Please refer to instruction manual 3 2 To meet the specifications do not operate over loaded Please refer to the instruction manual 1 6 6 As for detail condtion please refer to instruction manual 3 3 condition 2 Drift is the change in DC output for an eight hour period after a 7 Please contact us about safety approvals for the model with option Parallel operation is not possible half hour warm up at 25 C 8 Fan speed is changed by load factor A sound may occur fro
5. PIA Bi Rindd 1 AC DC Power Supplies Enclosed type Power Factor Correction World wide Cost Effective Safety Approvals Inrush current limiting PLA series CO EL EMI OCP OVP m Feature Low Profile 100 150 300W 1U size 600W 2U size Wide temperature range 20 C to 70 C Derating is required Harmonic attenuator Complies with IEC61000 3 2 class A Universal input AC85 264V Derating is required Low power consumption at no load Screw hold type terminal block Only PLA300F and PLA600F Complies with SEMI F 47 Option U Refer to instruction manual Various option m Safety agency approvals UL60950 1 C UL CSA60950 1 EN60950 1 EN50178 UL508 PLA100F 150F 24V 36V 48V approved Complies with DEN AN ii 5 year warranty Refer to Instruction Manual gm CE marking Low Voltage Directive mu EMI Complies with FCC B CISPR22 B EN55011 B EN55022 B VCCI B m EMC Compliance amp v61204 3 EN61000 6 2 EN61000 4 2 EN61000 4 3 EN61000 4 4 EN61000 4 5 EN61000 4 6 EN61000 4 8 EN61000 4 11 PLA 1 2012 04 12 PLA CO EL cAi US AC DC Power Supplies Enclosed type PLA100F Ce T V Rheinland JI A Recommended EMI EMC Filter NAC 04 472 100 High voltage pulse noise type NAP series Low leakage current type NAM series The EMI EMC Filter is recommended to connect with several devices
6. d 2013 04 19 9 41 37 PLAG00F CO EL PLA SPECIFICATIONS OTHERS CASE SIZE WEIGHT 120X61 X215mm 4 72 X2 40 X 8 46 inches Excluding terminal block and screw WXH XD 2 0kg max COOLING METHOD 9 Forced cooling internal fan WARRANTY WARRANTY 6 5 year Depends on the used condition 1 This is the value that measured on measuring board with capacitor lt 3 RC terminal is applied at option R And RC terminal is isolated K8 Please contact us about dynamic load and input response of 22 UF and 0 1 UF at 150mm from output terminal from input output and FG 9 Fan speed is changed by load factor Measured by 20MHz oscilloscope or Ripple Noise meter 4 Derating is required As for DC input 440Hz input and AC265 to 10 Please contact us about other class Equivalent to KEISOKU GIKEN RM103 277V input please contact us To meet the specifications do not operate over loaded condition Please refer to the instruction manual 1 6 5 Derating is required Please refer to instruction manual 3 2 Parallel operation with other model is not possible In case of 2 Drift is the change in DC output for an eight hour period after a 6 As for detail condtion please refer to instruction manual 3 3 parallel operation with same model please use option W half hour warm up at 25 C k7 Please contact us about safety approvals for the model with option A sound may occur from power supply at peak l
7. MWhen DC input voltage is applied external DC fuse is required for the protection Please contact us about detail PLA100F PLA150F Power factor correction circuit will be stopped at AC250Vin or more The operation is normal except decreasing the power factor Please contact us about detail MOperation stop voltage is set at a lower value by output power de rating Use Conditions Maximum output power PLA100F 40W PLA150F 60W Input AC50V DC70V Duty 1s 30s x Please avoid using continuously for more than 1 second under above conditions Doing so may cause a failure PLASOOF PLA600F WBy using U option it is possible to operate at input voltage dip condition that is lower than AC85V Output derating is required Refer to 5 Option and Others Please contact us for details 1 2 Inrush Current Limiting WAn inrush current limiting circuit is built in Wif you need to use a switch on the input side please select one that can withstand an input inrush current PLA100F PLA150F PLA300F Wi Thermistor is used in the inrush current limiting circuit When you turn the power ON OFF repeatedly within a short period of time please have enough intervals so that a power supply cools down before being turned on PLAGOOF WThyristor technique is used in the inrush current limiting circuit When you turn the power ON OFF repeatedly within a short period of time please have enough intervals so that the inrush current
8. UN CO EL Instruction Manual PLA100F PLA150F 1 Temperature of point A and point B When using it it is necessary to radiate heat by the heat of the pow er supply Table 3 1 shows the relation between the upper limit temperature Point A and Point B Please consider the ventilation so that the convection which is enough for the whole power supply is provided And temperature of Point A and Point B please become lower than upper limit temperature The expectancy life in the upper bound temperature Point A and Point B is three years Please refer to External View for the position of Point A and Point B Table 3 1 Temperature of point A and point B All direction Model Point A Point B PLA100F 81 C max PLA150F 85 C max 78 C max 2 Derating curve in ambient temperature 100 80 x S e S sh Hh Convection A mount 4 N Y g 4 Convection B C mount Ec S Forced air 0 5m min 20 0 i 20 10 0 10 20 30 40 505560 70 80 Ambient temperature C Fig 3 3 Ambient temperature derating curve for PLA100F 150F 12 15 100 80 60 50 40 ih Hh Convection A mount iX Convection B C mount 4 5 Forced air 0 5m min 4 20 EH 8 o 20 10 0 10 20 30 35 40 45 50 55 60 70 80 Load factor 96
9. Ambient temperature C Fig 3 4 Ambient temperature derating curve for PLA100F 150F 24 36 48 Ambient temperature should be measured in 5 to 10cm from power supply to avoid own heat up About detail of ambient tem perature please contact us me plal indd PLA 15 PLA 6 PLA300F 100 80 5 60 S 50 S Y 4 3 20 o do o 10 2 30 40 50 60 70 80 Ambient temperature C Fig 3 5 Ambient temperature derating curve for PLA300F Ambient temperature should be measured in front of terminal block Please note about temperature raise of the input and output cable About detail of ambient temperature please contact us PLA600F 100 80 amp 5 60 o S 5 40 oO 3 E Oo 40 0 10 20 30 40 50 60 70 8 Ambient temperature C Fig 3 6 Ambient temperature derating curve for PLA600F Ambient temperature should be measured in front of terminal block Please note about temperature raise of the input and output cable About detail of ambient temperature please contact us 3 3 Expected Life and Warranty WExpected Life Please see the following tables for expected life PLA100F PLA150F Table 3 2 Expected lifetime PLA100F PLA150F Mounting Cooling Average ambient e O a Method Method temperature 19 lt 50 los100 Ta 30 1 A Convection E ms s Ta 20
10. C 1 B C Convection H s z 2 Ta 40 1 A B C Forced air cooling i sc s PLA 15 2013 04 12 14 57 31 me plal indd PLA 16 a COSEL Instruction Manual PLA300F PLA600F Table3 3 Expected lifetime PLA300F PLA600F Mounting Cooling method Average ambient ma nd temperature lo lt 50 lo lt 100 All Forced air cooling le e 30 C 10 7 direction internal fan ee 5 Ta 50 C 5 3 This lifetime includes a built in fan lifetime Fans should be exchanged on a regular basis Their expected life time R t 90 depends on use conditions as shown in Fig 3 7 500 000 T 100 000 Expected Lifetime H 20 30 40 50 60 70 80 Temperature of measurement point C Fig 3 7 Expected lifetime of fan AIR FLOW DE LA Measurement point Power supply IN Terminal To block Top 20mm p AIR FLOW Power supply T Terminal Side ki Measurement point bok Zoo PME 20mm Fig 3 8 Temperature of measurment point for fan lifetime PLA 16 mWarranty Please see the following table for warranty The warranty period is 5 years maximum PLA100F PLA150F Table 3 4 Warranty PLA100F PLA150F Mounting Cooling method piety arany ee A Convection Z wot 5 3 B C Convection 2 De 3
11. limiting circuit becomes operative PLA 12 lW When the switch of the input is turned on the primary inrush cur rent and secondary inrush current will be generated because the thyristor technique is used for the inrush current limiting circuit 1 3 Overcurrent Protection WAn overcurrent protection circuit is built in and activated at 105 of the rated current A unit automatically recovers when a fault condition is removed Please do not use a unit in short circuit and or under an overcur rent condition intermittent Operation Mode When the overcurrent protection circuit is activated and the output voltage drops to a certain extent the output becomes intermittent so that the average current will also decrease 1 4 Overvoltage Protection WAn overvoltage protection circuit is built in If the overvoltage pro tection circuit is activated shut down the input voltage wait more than 3 minutes and turn on the AC input again to recover the out put voltage Recovery time varies depending on such factors as input voltage value at the time of the operation Remarks Please avoid applying a voltage exceeding the rated voltage to an output terminal Doing so may cause a power supply to malfunc tion or fail If you cannot avoid doing so for example if you need to operate a motor etc please contact us for details 1 5 Thermal Protection PLA100F PLA150F WPLA100F and PLA150F do not have thermal protection PLA3OOF PLA
12. lo 90 85typ lo 90 85typ lo 90 EFFICIENCY ACIN115V 75typ lo 100 81typ lo 100 81typ lo 100 84typ lo 100 85typ lo 100 85typ lo 100 INPUT ACIN 230V 77typ lo 100 84typ lo 100 84typ lo 100 88typ lo 100 88typ lo 100 88typ lo 100 ACIN 100V 0 98typ lo 90 POWER FACTOR ACIN 115V 0 98typ lo 100 D ACIN 230V 0 95typ lo 100 ACIN 100V 20 40typ lo 90 Primary inrush current Secondary inrush current More than 3sec to re start INRUSH CURRENT A ACIN115V 20 40typ lo 100 Primary inrush current Secondary inrush current More than 3sec to re start ACIN 230V 40 40typ lo 100 Primary inrush current Secondary inrush current More than 3sec to re start LEAKAGE CURRENT mA 1 5max ACIN 115V 240V 60Hz lo 100 According to IEC60950 1 and DEN AN VOLTAGE V 5 12 15 24 36 48 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 CURRENTIA ACIN 115V 264V 100 50 40 25 16 7 12 5 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 WATTAGEIW ACIN 115V 264V 500 600 600 600 601 2 600 LINE REGULATION mV 8 20max 48max 60max 96max 144max 192max LOAD REGULATION mV 8 40max 100max 120max 150max 150max 300max RIPPLE mVp p 0to 50C 80max 120max 120max 120max 150max 150max OUTPUT 201006 140max 160max 160max 160max 160max 400max RIPPLE NOISE mVp p 0to 50C 120max 150max 150max
13. ACIN115V 16typ lo 100 Ta 25 C at cold start D ACIN 230V 32typ lo 100 Ta 25C at cold start e LEAKAGE CURRENT mA 0 75max ACIN 115V 240V 60Hz lo 100 According to IEC60950 1 and DEN AN VOLTAGE V 12 15 24 36 48 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 CURRENTIAJ ACIN 115V 264V 8 4 6 7 4 3 2 8 23 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 WATTAGED ACIN 115V 264V 100 8 100 5 103 2 100 8 100 8 LINE REGULATION mV 4 48max 60max 96max 144max 192max LOAD REGULATION o 30 to 100 100max 120max 150max 150max 300max mV 4 lo 0 to 30 Burst operation Please contact us about detail RIPPLE mVp p Oto 400 120max 120max 120max 150max 150max i 10t00C 160max 160max 160max 200max 400max OUTPUT lo load factor o 0 to 30 500max 500max 500max 500max 500max RIPPLE NOISE mVp p Oto 400 150max 150max 150max 200max 200max i 10t00C 180max 180max 180max 240max 500max lo load factor o 0 to 30 600max 600max 600max 600max 600max Oto 40C 120max 150max 240max 360max 480max iid MNI 10 to 407 180max 180max 290max 440max 600max DRIFT mV 2 48max 60max 96max 144max 192max START UP TIME ms 500typ ACIN 115V lo 100 Ta 25 C HOLD UP TIME ms 20typ ACIN 115V lo 100 OUTPUT VOLTAGE ADJUSTMENT RANGE V 10 80 to 13 20 13 50 to 16 50 21 60 to 26 40 32 40 to 39 60 43 20 to 52 80 OUTPUT VOLTAGE SETTING V 12 00 to
14. Applicable to model F PLA300 1 PLA300F F PLA600 1 PLA600F Example PLA300F lt TOP VIEW gt Unit mm Tolerance 1 F PLA300 1 F PLA600 1 Size Size 4 645 4 45 e 5 amp 9 gg 8 8 O Q i O on ds 36 5 id 46 ta s 235 6 247 Material SEHC Material SEHC Thickness 3 2 Thickness 3 2 DENM M4 x 8L Flat screw is requested when mounting 0 Mounting hole size Mounting hole size ziii 4 M4 a f O e FRONT 8 FRONT lo l i 210 235 Option 10 me nntian indd Sec1 10 2012 04 12 D COSEL FRONT Attachment Plate model Applicable to model F PLA300 2 PLA300F F PLA600 2 PLA600F Example PLA300F Unit mm Tolerance 1 F PLA300 2 F PLA600 2 Size Size 5 E IN N o T E LO 225 4 645 2 250 sale 15 7 PA R 4 5 ts 5 Q o 1 8 e e 19 5 10 127305 35 10 145305 Material SEHC Material SEHC pP Thickness 2 0 Thickness 22 0 E me nntian indd Sec1 11 Option Option 11 2012 04 12 D CO EL BASE Attachment Plate mo
15. EE m 99999000000 onnector ousing ermina r d BXH 001T P0 6 ERE OOO0O00000 CN4 B2B XH A XHP 2 or J S T install ll ro Ao ae SXH 001T P0 6 ae j Oo o a GB BB WPLA600F Remote on off control CO vanst 7 jJ CN1 is added Please contact us for detail Appearance is changed from standard model Fig 5 6 Front view of option W ng O OOOO O99 AA AA Table 5 7 Pin configuration and function of CN1 and CN2 CNI sj OOO O PIN FUNCTION a E M 1 4M Self sensing terminal Don t wire for external function amp 2 S Sensing O I 3 NC O vanj Jj JJ o Me LV alarm Fig 5 4 Front view of option R PLA600F X _ 6 LVG LV alarm GND V4 CB Current balance Table 5 4 Pin configuration and function of CN1 E 8 E N C PIN FUNCTION i M Self sensing terminal Don t z 1 NC S o i wire for external function o 2 NC 10 S Sensing 3 RC Remote ON OFF Fig 5 7 Pin number 4 RCG Remote ON OFF GND 5 N C Table 5 8 Mating connectors and termin
16. Ordering information Series name Single output Output wattage Universal input Output voltage Optional 7 C with Coating R Remote on off Required external power source Connector interface Vertical terminal block Lower power consumption 0 5W max at AC240Vin no load ErP compliant Refer to instruction manual 5 1 about optional SPECIFICATIONS gt k Please consider PBA100F 5 N about 5V output with case cover MODEL PLA100F 12 PLA100F 48 VOLTAGE V AC85 264 1 Output derating is required at AC85V 115V Refer to instruction manual 1 1 and 3 2 3 DC input 3 ACIN 100V 1 2typ lo 90 CURRENT A ACIN115V 1 1typ lo 100 ACIN 230V O 6yp lo 100 FREQUENCY Hz 50 60 47 63 DC input and 440Hz 3 ACIN 100V 82typ lo 90 83typ lo 90 85typ lo 90 86typ lo 90 86typ lo 90 EFFICIENCY ACIN115V 82typ lo 100 83typ lo 100 85typ lo 100 86typ lo 100 86typ lo 100 INPUT ACIN 230V 85typ lo 100 86typ lo 100 88typ lo 100 89typ lo 100 89typ lo 100 ACIN 100V 0 98typ lo 90 POWER FACTOR ACIN115V 0 98typ lo 100 ACIN 230V 0 95typ lo 100 Power factor correction is stopped at AC250V or more ACIN 100V 16typ lo 90 Ta 25 at cold start INRUSH CURRENT A
17. Ripple and Ripple Noise PLA 13 UtputVoltagerAd USHmentb s LL LL LA PLA 13 Isolation EN PLA 13 low Rower onsumptiom m ee PLA 13 Remote ON OFF m PLA 13 Remote Sensing ar ee ee ee E PLA 13 VGA ame E eo PLA 13 Series Operation and Parallel Operation ras e 22 SenesOperatio nikaa aa PLA 13 RaralekOperatio ni ee ee PLA 14 Assembling and Installation Method PLA 14 3 1 3 2 3 3 lnsta At OM METO LL PLA 14 Derating a A PLA 14 Expected Life and Warranty PLA 15 Ground PLA 16 Option and Others PLA 16 Sl 52 Onliner epions ee PLA 16 Others e aoe dmcmtocemmontta MOSS onconeee PLA 20 PLA 11 a gt 2013 04 12 14 57 29 me plal indd PLA 12 JI CO EL Instruction Manual 1 Function 1 1 Input Voltage Range Winput voltage range of the power supplies is from AC85V to AC264V please see SPECIFICATIONS for details Wo comply with safety standards input voltage range is AC100 AC240V 50 60Hz Hilf input value doesn t fall within above range a unit may not oper ate in accordance with specifications and or start hunting or fail If you need to apply a square waveform input voltage which is commonly used in UPS and inverters please contact us WWhen the input voltage changes suddenly the output voltage might exceed the specification Please contact us
18. side by side please keep a sufficient distance between them to allow enough air ventilation Ambient temperature around each power supply should not ex ceed the temperature range shown in the derating curve PI A300F PLA600F Terminal block Terminal block Nie N d gt Y NJU A B C D Not available X RA erminal OCI N E WAvoid installation method E which can cause stress on the D mounting holes Fan for forced cooling is built in Do not block the ventilation at suction side terminal block and vent hole side and its opposite side MWhen unit operates at dusty place attach air filter to dust into the unit In this case avoid poorly ventilated environments WWhen internal fan stops thermal protection circuit works which stops the output To keep reliability of the unit periodic mainte nance of the fan is required MExpected life of fan R t 90 is different by the used condition 3 2 Derating lilnput Voltage Derating Curve Input voltage derating curve is shown in Fig 3 2 76 Load 85 100115 AC V Fig 3 2 Input voltage derating curve WAmbient Temperature Derating Curve Derating curve depending on an ambient temperature is shown in Fig 3 3 to Fig 3 6 Specifications for ripple and ripple noise change in the shaded area II 2013 04 12 14 57 31
19. 12 48 15 00 to 15 60 24 00 to 24 96 36 00 to 37 44 48 00 to 49 92 OVERCURRENT PROTECTION Works over 105 of rating and recovers automatically PROTECTION OVERVOLTAGE PROTECTION V 13 80 to 16 80 17 25 to 21 00 27 60 to 33 60 41 40 to 50 40 54 00 to 67 20 CIRCUIT AND OPERATING INDICATION LED Green OTHERS REMOTE SENSING Not provided REMOTE ON OFF Optional Required external power source Option R INPUT OUTPUT RC 9 AC3 000V 1minute Cutoff current 10mA DC500V 50MQ min At room temperature ISOLATION INPUT FG AC2 000V 1minute Cutoff current 10mA DC500V 50M Q min At room temperature OUTPUT RC FG 9 AC500V 1minute Cutoff current 100mA DC500V 50MQ min At room temperature OUTPUT RC 9 AC500V 1minute Cutoff current 100mA DC500V 50M Q min At room temperature OPERATING TEMP HUMID AND ALTITUDE 5 20 to 70 C Output derating is required 20 90 RH Non condensing 3 000m 10 000 feet max ENVIRONMENT STORAGE TEMP HUMID AND ALTITUDE 20 to 75 C 20 9096 RH Non condensing 9 000m 30 000 feet max VIBRATION 10 55Hz 19 6m s 2G 3minutes period 60minutes each along X Y and Z axes IMPACT 196 1m s 20G 11ms once each X Y and Z axes SAFETY AND AGENCY APPROVALS UL60950 1 C UL CSA60950 1 EN60950 1 EN50178 UL508 24Vout or more Complies with DEN AN NOISE CONDUCTED NOISE Complies with FCC B VCCI B CISPR22 B EN55011 B EN55022 B REGULATIONS HARMONIC ATTENUATOR 8 Complies with IEC61000 3 2 class A P
20. 12 5 0 0 5 20max Sui Inside of a Power Ret b RC upply Input Current PES External Power fy Source Y if lu RCG Remote ON OFF connector Optional it Meet Fig 5 2 Example of using a remote ON OFF circuit k 1 If the output of an external power supply is within the range man of 4 5 12 5V you do not need a current limiting resistor R If the output exceeds 12 5V however please connect the cur rent limiting resistor R To calculate a current limiting resistance value please use the fol lowing equation Vec 1 1 Ri X 0 005 R Q BOT 6 008 Vcc External Power Source Please wire carefully If you wire wrongly the internal components of a unit may be damaged x Remote ON OFF circuits is isolated from input output and FG circuits WPLA100F PLA150F Remote on off control CN4 is added Please contact us for detail Start up time will be delay when on off term is very short Please keep 2 seconds for on off cycle EISE sates WUS CN4 Fig 5 3 Example of option R PLA100F PLA150F PLA 17 T 2013 04 12 14 57 32 H Q COSEL Instruction Manual Table 5 3 Mating connectors and terminals on CN4 5
21. 150max 200max 200max 1 20t00C 160max 180max 180max 180max 240max 500max 0 to 50C 50max 120max 150max 240max 360max 480max TEMPERATURE REGULATIONMY 20 to 450C 75max 180max 180max 290max 440max 600max DRIFT mV 2 20max 48max 60max 96max 144max 192max START UP TIME ms 300typ ACIN 115V lo 100 HOLD UP TIME ms 20typ ACIN 115V lo 100 OUTPUT VOLTAGE ADJUSTMENT RANGE V 4 50 to 5 50 10 80 to 13 20 13 50 to 16 50 21 60 to 26 40 32 40 to 39 60 43 20 to 52 80 OUTPUT VOLTAGE SETTING V 5 00 to 5 15 12 00 to 12 48 15 00 to 15 60 24 00 to 24 96 36 00 to 37 44 48 00 to 49 92 OVERCURRENT PROTECTION Works over 105 of rating and recovers automatically PROTECTION OVERVOLTAGE PROTECTION V 5 75 to 7 00 13 80 to 16 80 17 25 to 21 00 27 60 to 33 60 41 40 to 50 40 55 20 to 67 20 CIRCUIT AND OPERATING INDICATION LED Green OTHERS REMOTE SENSING Optional Option W REMOTE ON OFF Optional Required external power source Option R INPUT OUTPUT RC 3 AC3 000V 1minute Cutoff current 10mA DC500V 50M min At room temperature ISOLATION INPUT FG AC2 000V 1minute Cutoff current 10mA DC500V 50M Q min At room temperature OUTPUT RC FG 3 AC500V 1minute Cutoff current 100mA DC500V 50M QO min At room temperature OUTPUT RC 3 AC500V 1minute Cutoff current 100mA DC500V 50MQ min At room temperature OPERATING TEMP HUMID AND ALTITUDE 5 20 to 70 C Output derating is required 20 90 RH Non condensing 3 000m 10 000 feet max
22. 2 1 Mfr Tyco electronics AMP PLA 20 me plal indd PLA 20 L PLA100F PLA150F Min this Option L unit no load power consumption is smaller than standard model No load power consumption Option L 0 5W max Standard model Reference 1 5W typ Condition AC240V input lo 0A WlOption L specification is changed from standard model specifica tion as below Dynamic load response Start up condition at low temperature Please contact us about detail 5 2 Others MWhile turning on the electricity and for a while after turning off please don t touch the inside of a power supply because there are some hot parts in that MWhen a mass capacitor is connected with the output terminal load side the output might become the stop or an unstable oper ation Please contact us for details when you connect the capaci tor Min case of input voltage stop at no load output voltage is kept for several minutes because of low power consumption Please be careful in maintenance to avoid electrical shock Win PLA300F and PLAGOOF thermal protection will be activated by internal fan stop Please have the regularly maintenance for im proving reliability 2013 04 12 14 57 34 D CO EL MPLA Series Attachment BASE Attachment Plate model
23. 600F BA thermal protection circuit is built in The thermal protection circuit may be activated under the follow ing conditions and shut down the output When a current and a temperature continue to exceed the val ues determined by the derating curve When a fan stops or air flow is blocked from the fan and weak ens If the thermal protection circuit is activated shut off the input volt age and eliminate all the overheating conditions To recover the output voltage have enough time to cool down the unit before turning on the input voltage again 2013 04 12 14 57 30 CO EL 1 6 Output Ripple and Ripple Noise lWlOutput ripple noise may be influenced by measurement environ ment measuring method fig 1 1 is recommended Vout Load Vout Osiloscope Ripple noise meter Bw 20MHz TE Differential probe Ci Film capacitor 0 1uF C2 Aluminum electrolytic capacitor 22uF Fig 1 1 Measuring method of Ripple and Ripple Noise Remarks When GND cable of probe with flux of magnetic force from power supply are crossing ripple and ripple noise might not measure correctly Please note the measuring environment Power Supply Probe Power Supply RI b A Differential probe Good example Bad example Fig 1 2 Example of measuring output ripple and ripple noise 1
24. 7 Output Voltage Adjustment WTo increase an output voltage turn a built in potentiometer clock wise To decrease the output voltage turn it counterclockwise lW When output voltage is adjusted it should be turned slowly PLAS3OOF PLAGOOF MWe are offering an Option V which doesn t have a built in poten tiometer but instead enables you to adjust the output voltage by using an external potentiometer please see 5 Option and Others 1 8 Isolation For a receiving inspection such as Hi Pot test gradually increase decrease the voltage for the start shut down Avoid using Hi Pot tester with the timer because it may generate voltage a few times higher than the applied voltage at ON OFF of a timer 1 9 Low Power Consumption PLA100F PLA150F MIL ow power consumption function is built in in PLA100F and PLA150F No load power consumption 1 5W typ Min 0 to 30 load switching power loss is reduced by burst operation By this function ripple and ripple noise specification are changed Ripple and ripple noise are changed by used condition Please con tact us about detail me plal indd PLA 13 UN AC DC Power Supplies Enclosed type Instruction Manual PLA mWhen power consumption is measred please measure it by average mode The value is changed by environment 1 10 Remote ON OFF PLA100F PLA150F PLA600F WOption R is available to provide a remote ON OFF function Please see 5 Opt
25. A 9 Pin Wire AWG Color pag 1 z E 2 UL1061 28 red 270 Housing PHDR 10VS J S T 3 UL1061 28 orange 270 Pin SPHD 002T P0 5 J S T m 4 UL1061 28 purple 270 0 5 a T ma m 6 i z ni 7 UL1061 28 green 270 8 e z 9 E a v s 10 UL1061 28 black 270 eModel number eType ewire H S N 32 2 Pin Wire AWG Color at 6 1 z 5 E B 8 2 UL1061 28 red 500 Housing PHDR 10VS J S T 10 3 UL1061 28 orange 500 Pin SPHD 002T P0 5 J S T 9 4 UL1061 28 purple 500 7 5 UL1061 28 yellow 500 5 6 UL1061 28 blue 500 3 7 UL1061 28 green 500 8 zi ET a g 50 9 0 10 UL1061 28 black 500 eModel number eType ewire H S N 33 z Pin Wire AWG Color n 6 1 E s E 8 2 z z Housing PHDR 10VS J S T 10 3 UL1061 28 orange 500 P Pin SPHD 002T P0 5 J S T 9 4 UL1061 28 purple 500 7 5 UL1061 28 yellow 500 5 6 UL1061 28 blue 500 3 7 UL1061 28 green 500 8 E B g 50 9 B 10 UL1061 28 black 500 eModel number eType ewire H RC 5 z Pin Wire AWG Color penn 6 1 z s 8 2 3 5 E Housing PHDR 10VS J S T 10 3 UL1061 28 orange 500 Pin SPHD 002T P0 5 J S T 9 4 UL1061 28 purple 500 7 5 s E 5 6 E 3 j 7 z E s 1 8 m 50 9 2 J 2 z Option Option 45 me nntian indd Sec1 A5 sa 2012 04 12
26. A B C Forced air cooling Z H 3 Table 3 5 Warranty PLA300F PLA600F Average ambient Warranty years Mounting Cooling method temperature lo lt 50 lo lt 100 All Forced air cooling Ta lt 40 5 5 direction internal fan Ta 50 C 5 3 4 Ground WWhen installing the power supply with your unit ensure that the input FG terminal is connected to safety ground of the unit 5 Option and Others 5 1 Outline of Options C PLA100F PLA150F PLA300F PLA600F Option C units have coated internal PCB for better moisture resistance 2013 04 12 14 57 32 H p CO EL Instruction Manual G PLA300F PLAGOOF Option G units are low leakage current type Differences from standard versions are summarized in Table 5 1 Table 5 1 Low leakage current type Leakage Current AC240V 60Hz 0 15mA max Conducted Noise N A 1 Please contact us for details about Output Ripple Noise Ripple Noise This is the value that measured on measuring board with capaci tor of 22uF and 0 1uF at 150mm from output terminal block Measured by 20MHz oscilloscope or Ripple Noise meter Equivalent to KEISOKU GIKEN RM 103 V PLA300F PLA600F Option V units have a connector for external potentiometer in stead of a built in potentiometer Appearance of Option V units is different from that of standard uni
27. ENVIRONMENT STORAGE TEMP HUMID AND ALTITUDE 20 to 75 C 20 9096 RH Non condensing 9 000m 30 000 feet max VIBRATION 10 55Hz 19 6m s 2G 3minutes period 60minutes each along X Y and Z axes IMPACT 196 1m s 20G 11ms once each X Y and Z axes SAFETY AND AGENCY APPROVALS UL60950 1 C UL CSA60950 1 EN60950 1 EN50178 Complies with DEN AN NOISE CONDUCTED NOISE Complies with FCC B VCCI B CISPR22 B EN55011 B EN55022 B REGULATIONS HARMONIC ATTENUATOR 10 Complies with IEC61000 3 2 class A PLA 8 me pla indd PLA 8 Ce T V Rheinland a Ordering information Recommended EMI EMC Filter NAC 16 472 High voltage pulse noise type NAP series Low leakage current type NAM series The EMI EMC Filter is recommended to connect with several devices Series name Single output Output wattage Universal input Output voltage DOptional 7 C with Coating G Low leakage current V External potentiometer for output voltage adjustment U Low input voltage stop Complies with SEMI F 47 W Parallel operation LV alarm Remote sensing R Remote on off Required external power source F4 Low speed fan T2 Horizontal terminal block Not screw hold type Refer to instruction manual 5 1 about optional
28. F E Power ower Supply Supply 3 oO e o S v Power pm S Supply Supa S a b Fig 2 2 Examples of connecting in series operation 2 2 2 Parallel Operation lWlRedundancy operation is available by wiring as shown below hi la Power gt i Supply Load Power Supply _ Fig 2 3 Example of redundancy operation WiEven a slight difference in output voltage can affect the balance between the values of I and l2 Please make sure that the value of l3 does not exceed the rated D current of a power supply l S the rated current value PLA100F PLA150F PLA300F Parallel operation is not possible PLA600F Available by option W Please refer to instruction manual 5 Op tion and Others 3 Assembling and Installation Method 3 1 Installation Method WDo not insert a screw more than 6mm away from the outside of a power supply to keep enough insulation distance between the Screw and internal components Chassis of Chassis of PLA series customer system Mounting Screw 6mm max Fig 3 1 Mounting screw PLA 14 me plal indd PLA 14 PLA100F PLA150F Terminal block LI Terminal block S IL A B C Wif you use two or more power supplies
29. LA 2 me pla indd PLA 2 T 2013 04 19 9 41 27 me pla indd PLA 3 S gt 2013 04 19 9 41 30 PLA100F CO EL PLA SPECIFICATIONS CASE SIZE WEIGHT 41 X97X 109mm 1 61 X3 82 X 4 29 inches Excluding terminal block and screw WXH XD 500g max THER 9 S COOLING METHOD Convection WARRANTY WARRANTY 6 5 year Depends on the used condition 9 RC terminal is applied at option R And RC terminal is 1 This is the value that measured on measuring board with capacitor 3 Derating is required As for DC input please contact us of 22 UF and 0 1 UF at 150mm from output terminal 4 Please contact us about dynamic load and input response isolated from input output and FG Measured by 20MHz oscilloscope or Ripple Noise meter Also please measure output voltage in average mode because of To meet the specifications do not operate over loaded Equivalent to KEISOKU GIKEN RM103 burst operation at 30 load or less condition Please refer to the instruction manual 1 6 5 Derating is required Please refer to instruction manual 3 2 Parallel operation is not possible Ripple and ripple noise spec is change at lo 0 30 by low 6 As for detail condtion please refer to instruction manual 3 3 A sound may occur from power supply at peak loading power mode 7 Please contact us about safety approvals for the model with option 2 Drift is the change in DC output for an eight hour perio
30. OVERCURRENT PROTECTION Works over 105 of rating and recovers automatically PROTECTION OVERVOLTAGE PROTECTION V 5 75 to 7 00 13 80 to 16 80 17 25 to 21 00 27 60 to 33 60 41 40 to 50 40 55 20 to 67 20 CIRCUIT AND OPERATING INDICATION LED Green OTHERS REMOTE SENSING Not provided REMOTE ON OFF Optional Required external power source Option R INPUT OUTPUT RC 10 AC3 000V 1minute Cutoff current 10mA DC500V 50M min At room temperature ISOLATION INPUT FG AC2 000V 1minute Cutoff current 10mA DC500V 50M Q min At room temperature OUTPUT RC FG 10 AC500V 1minute Cutoff current 100mA DC500V 50M min At room temperature OUTPUT RC 10 AC500V 1minute Cutoff current 100mA DC500V 50M min At room temperature OPERATING TEMP HUMID AND ALTITUDE 5 20 to 70 C Output derating is required 20 90 RH Non condensing 3 000m 10 000 feet max ENVIRONMENT STORAGE TEMP HUMID AND ALTITUDE 20 to 75 C 20 9096 RH Non condensing 9 000m 30 000 feet max VIBRATION 10 55Hz 19 6m s 2G 3minutes period 60minutes each along X Y and Z axes IMPACT 196 1m s 20G 11ms once each X Y and Z axes SAFETYAND AGENCY APPROVALS UL60950 1 C UL CSA60950 1 EN60950 1 EN50178 Complies with DEN AN NOISE CONDUCTED NOISE Complies with FCC B VCCI B CISPR22 B EN55011 B EN55022 B REGULATIONS HARMONIC ATTENUATOR 2 Complies with IEC61000 3 2 class A PLA 6 me pla indd PLA 6
31. Output voltage Optional 7 C with Coating G Low leakage current V External potentiometer for output voltage adjustment U Low input voltage stop Complies with SEMI F 47 R Remote on off Required external power source F4 Low speed fan T2 Horizontal terminal block Not screw hold type 5 Recommended EMI EMC Filter AA NAC 06 472 T V Rheinland High voltage pulse noise type NAP series Low leakage current type NAM series The EMI EMC Filter is recommended to connect with several devices Refer to instruction manual 5 1 about optional SPECIFICATIONS MODEL PLA300F 5 PLA300F 12 PLA300F 36 PLA300F 48 VOLTAGE V AC85 264 1 Output derating is required at AC85V 115V Refer to instruction manual 1 1 and 3 2 3 DC input and AC265 277V input 3 ACIN100V 3 1typ lo 90 3 4typ 10 9096 CURRENT A ACIN115V 3 0typ lo 100 3 3typ lo 100 ACIN 230V 1 5typ lo 100 1 7typ lo 100 FREQUENCY Hz 50 60 47 63 DC input and 440Hz 3 ACIN100V 73typ lo 90 78typ lo 90 80typ lo 90 84typ lo 90 84typ lo 90 84typ lo 90 EFFICIENCY ACIN115V 74typ lo 100 78typ lo 100 80typ lo 100 84typ lo 100 84typ lo 100 84typ lo 100 INPUT ACIN 230V 77typ lo 100 81typ lo 100 83typ lo 100 87typ lo 100 87typ lo 100 87typ lo 100 ACIN 100V 0 98typ lo 90 POWER FACTOR ACIN 115V 0 98typ lo 100 D ACIN 230V 0 95
32. TAGE ADJUSTMENT RANGE V 10 80 to 13 20 13 50 to 16 50 21 60 to 26 40 32 40 to 39 60 43 20 to 52 80 OUTPUT VOLTAGE SETTING V 12 00 to 12 48 15 00 to 15 60 24 00 to 24 96 36 00 to 37 44 48 00 to 49 92 OVERCURRENT PROTECTION Works over 105 of rating and recovers automatically PROTECTION OVERVOLTAGE PROTECTION V 13 80 to 16 80 17 25 to 21 00 27 60 to 33 60 41 40 to 50 40 54 00 to 67 20 CIRCUIT AND OPERATING INDICATION LED Green OTHERS REMOTE SENSING Not provided REMOTE ON OFF Optional Required external power source Option R INPUT OUTPUT RC 9 AC3 000V 1minute Cutoff current 10mA DC500V 50MQ min At room temperature ISOLATION INPUT FG AC2 000V 1minute Cutoff current 10mA DC500V 50MQ min At room temperature OUTPUT RC FG 9 AC500V 1minute Cutoff current 100mA DC500V 50M min At room temperature OUTPUT RC 9 AC500V 1minute Cutoff current 100mA DC500V 50M min At room temperature OPERATING TEMP HUMID AND ALTITUDE 5 20 to 70 C Output derating is required 20 90 RH Non condensing 3 000m 10 000 feet max ENVIRONMENT STORAGE TEMP HUMID AND ALTITUDE 20 to 75 C 20 9096 RH Non condensing 9 000m 30 000 feet max VIBRATION 10 55Hz 19 6m s 2G 3minutes period 60minutes each along X Y and Z axes IMPACT 196 1m s 20G 11ms once each X Y and Z axes SAFETY AND AGENCY APPROVALS UL60950 1 C UL CSA60950 1 EN60950 1 EN50178 UL508 24Vout or more Complies with DEN AN NOISE CONDUCTED NOISE Comp
33. als on CN1 and CN2 D s i WE Connector Housing Terminal Mfr TES Nt Reel SPHD 002T P0 5 m N EM S10B PHDSS PHDR 10VS Loose BPHD 001T P0 5 J S T o f NG BPHD 002T P0 5 Fig 5 5 Pin number ELV alarm LV alarm operating conditions are shown in Table 5 9 and internal Table 5 5 Mating connectors and terminals on CN1 circuit is shown in Fig 5 8 LV alarm is isolated from input output Connector Housing Terminal Mfr and FG Reel SPHD 002T P0 5 CN1 S10B PHDSS PHDR 10VS Loose BPHD O01T P0 5 J S oOoOoOoOo O1uF 100kQ LV BPHD 002T P0 5 7 Se K Current limiting W PLAGOOF only BK E TRE Remote sensing low output voltage alarm LV alarm and paral Ed T maera id lel operation function are built in to this model LVG Appearance is changed from standard model p ccce E There is a lineup of optional harnesses Refer to option parts Fig 5 8 LV internal circuit Please contact us for details Differences from standard versions are summarized in Table 5 6 Table 5 9 LV alarm operating conditions Alarm Output of alarm Table 5 6 Specification differences of Option W If the output voltage drops below Open collector method Load regulation 1 5 times of standard spec the rating the alarm signal is out Good Low z put from LV and LVG terminal 0 0 8V 10mA max Ripple 1 5 times of standard spec Note This becomes unstable Fail High or Open Ripple noise 1 5 times of standard spec in th
34. ber of units is 5 It is not possible to work as master and booster operation O CB CB O CB S S O S LJ O e e e t Load Fig 5 9 Parallel operation condition When the output current is less than 10 of rated output current the output voltage fluctuates occasionally The minimum current is different depending on the model and the number of parallel operation Please contact us When output cable is not same length from each power supplies output current value will not be balanced at each units Please set the cable length as same as possible Remote sensing These models have a built in remote sensing function If you do not use the remote sensing function you can short out between S and M and between S and M on CN1 When the power supplies are shipped from a factory they come with a dedicated harness H SN 31 being mounted on CN1 If you do not use the remote sensing function you can use the power supplies as they are Please see Fig 5 10 if you do not use the remote sensing function Please see Fig 5 11 if you use the remote sensing function Q35 When you use the remote sensing function please wire from S and S on CN1 Harnesses are available for your purchase Please contact us for details When yo
35. ching Input Rated Maruan PCB Pattern NI Model Circuit method frequency SEU input fuse protection Single Double Series Parallel kHz A lt 1 circuit Material Sided sided operation operation Active filter 40 to 160 PLA100F 1 2 250V 3 15A Thermistor CEM 3 Yes Yes No Flyback converter 20 to 150 2 Active filter 40 to 160 PLA150F 1 7 250V 4A Thermistor CEM 3 Yes Yes No Flyback converter 20 to 150 2 Active filter 60 PLA300F 3 4 250V 10A Thermistor CEM 3 Yes Yes No Forward converter 140 Active filter 60 PLA600F 6 7 250V 16A SCR CEM 3 Yes Yes 3 Forward converter 220 1 The value of input current is at ACIN 100V and 90 load 2 Burst mode frequency is changed by the used condition Please contact us about detail 3 Available by option W Please refer to instruction manual 5 Option and Others PLA 10 me pla indd PLA 10 2013 04 19 9 41 41 IDEEN Instruction Manual CO EL me plal indd 1 Fu aen 12 1 3 1 4 Us 1 6 ad 1 8 U8 1 10 Telli Welz D nction PLA 12 Input Voltage Range PLA 12 Inrush Current Limiting PLA 12 Overcurrent ro EGO Pl om PLA 12 Overvoltage Protection PLA 12 Thermal Protection MM PLA 12 Output
36. d after a 8 Please contact us about other class half hour warm up at 25 C Features eee Compact design Depth 109mm 4 29inches High efficiency 88 typ PLA100F 24 AC230Vin 100 load Low power consumption 1 5W typ AC240Vin no load at standard model Lower power consumption 0 5Wmax AC240Vin no load at option L refer to instruction manual UL508 approved and complies with SEMI F 47 Depends on the used condition Various option Optional connectors Vertical terminal block Connector wiring Block diagram FUSE 250V 3 15A neice INRUSH AC IN 85 264V O On O HT RECTIFIER CURRENT FILTER LIMIT ae i BOOSTER CURRENT EXTERNALT SENSING KC INDUCTOR fey contro SOURCE RECTIFIER V CURRENT AND XL RR SENSING HOER mm ji 5 E Xa OVER VOLTAGE INVERTER VI n PROTECTION 1 RECTIFIER INVERTER e AND DC OUT CONTROL FILTER External view External size of option R J and T is different from standard model and refer to 5 Option and others of instruction manual for detail 2 M3 Mounting hole
37. del Applicable to model F PLA300 1 PLA300F F PLA600 1 PLA600F Example PLA300F lt TOP VIEW gt Unit mm Tolerance 1 F PLA300 3 F PLA600 3 Size Size 4 045 4 645 ra g ra o e j amp 8 3 l o ksa z 1 o co L35 35 186 6 Material SEHC a Material SEHC aterial rial 198 Thickness 3 2 220 Thickness 18 2 ee TUTTA M4 x 8L Flat screw is requested when mounting 33 Mounting hole size Mounting hole size 4 M4 FRONT O FRONT x T e na 186 208 Option 12 me antinnindd Sec1 1 2 2012 04 12 m d CO EL Harness to use the function is prepared in PLA series P L A Series The latest information is in our websit Mating harness Model Harness model Contents H IN 22 Input harness when I O interface is connector type option J PLA100F PLA150F H OU 37 Output harness when I O interface is connector type option J H RC 1 Harness for using option R PLA300F PLA600F H SN 18 Harness for using option V H PA 9 Harness for parallel operation option W PLAGOOF H SN 32 Harness for using all functions of option W and R H SN 33 Harness for using all functions except remote sensing of option W and R H RC 5 Harness for using a function of option R x These harnesses are used for product which includes option eModel
38. e event of output 50V 10mA max LV overcurrent intermit tent overcurrent The alarm signal is not output for parallel op eration that does not use OR diodes PLA 18 me plal indd PLA 18 S gt 2013 04 12 14 57 33 me plal indd PLA 19 a COSEL Instruction Manual Parallel operation In case of parallel operation please make the following process Before wiring output voltage should be set to the required voltage at first to each power supply Each output voltage dif ferences must be less than 0 1V or 1 of the rated output volt age whichever smaller Please connect each wire refer to Fig 5 9 And please use same length and same type wire to connet each load line As variance of output current drew from each power supply is maximum 15 the total output current must not exceed the value determined by the following equation Output current in The rated parallel operation current per unit X Number of unit X0 85 Please confirm that each output current is within the rated cur rent When the output voltage adjustment is required after wiring retry the above process from 1 again When the number of units in parallel operation increases input current increases at the same time Adequate wiring design for in put circuitry is required such as circuit pattern wiring and current capacity for equipment In parallel operation the maximum operative num
39. ensing function PLA 19 9013 04 12 14 57 34 PLA a COSEL Instruction Manual T PLA100F PLA150F Option T units have vertically positioned screws on a terminal block Please contact us for details about appearance M3 5 e AC L AC N FG Output terminal Output terminal J PLA100F PLA150F Option J units have AMP connectors instead of a terminal block Fig 5 12 Example of option T PLA100F Dedicated harnesses are available for your purchase Please see Optional Parts for details Please contact us for details about appearance Please do not apply more than 5A per 1 pin CN1 CN2 Co ST AC N FG TU TET Table 5 10 Mating connectors and terminals on Fig 5 13 Example of option J PLA100F CN1 and CN2 in option J l O Connector Matching Housing Terminal CN1 1 1123724 3 1 1123722 5 Reel 1123721 1 Loose 1318912 1 CN2 1 1123723 6 1 1123722 6 Reel 1123721 1 Loose 131891
40. erminal Gre S gi Output terminal cine Pu SRN ud gore 2 o wu B ig San FGG jeli 5 ED Oa AC N Hell Es P AC L E az es as eis M4 12 5 150 0 5 0 49 5 91 190 5max 7 48 0 2max X Tolerance 1 0 04 X Weight 1 0kg max E X PCB Material thickness CEM 3 1 6mm 0 06inches m E Sle lo ARTE X Chassis material Aluminum Fa e M ERG gt X Case material Electric galvanizing steel board Se KA S X Dimensions in mm inches IH HS X Mounting torque 1 2N m max 19 5 150 05 eii X Screw tightening torque 1 6N m max 0 77 5 91 4 M4 X Please connect safety ground to FG terminal on the unit Mounting Hole PLA 7 me pla indd PLA 7 S gt 2013 04 19 9 41 37 CO EL PLA600F AC DC Power Supplies Enclosed type cAi US SPECIFICATIONS MODEL PLAGOOF 5 PLAGOOF 12 PLAGOOF 36 PLAGOOF 48 VOLTAGE V AC85 264 1 Output derating is required at AC85V 115V Refer to instruction manual 1 1 and 3 2 4 DC input and AC265 277V input 4 ACIN 100V 6 2typ lo 90 6 7typ lo 90 CURRENT A ACIN 115V 6 0typ lo 100 6 5typ lo 100 ACIN 230V 3 0typ lo 100 3 2typ lo 100 FREGUENCY Hz 50 60 47 63 DC input and 440Hz 4 ACIN 100V 74typ lo 90 81typ lo 90 81typ lo 90 84typ
41. factor correction is stopped at AC250V or more ACIN 100V 16typ lo 90 Ta 25 at cold start INRUSH CURRENT A ACIN115V 16typ lo 100 Ta 25 at cold start D ACIN 230V 32typ lo 100 Ta 25C at cold start e LEAKAGE CURRENT mA 0 75max ACIN 115V 240V 60Hz lo 100 According to IEC60950 1 and DEN AN VOLTAGE V 12 15 24 36 48 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 CURRENTIAJ ACIN 115V 264V 12 5 10 6 4 4 2 32 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 WATTAGED ACIN 115V 264V 150 0 150 0 153 6 151 2 153 6 LINE REGULATION mV 4 48max 60max 96max 144max 192max LOAD REGULATION lo 30 to 100 100max 120max 150max 150max 300max mV 4 lo 0 to 30 Burst operation Please contact us about detail RIPPLE mVp p Oto 400 120max 120max 120max 150max 150max i 10t00C 160max 160max 160max 200max 400max OUTPUT lo load factor o 0 to 30 500max 500max 500max 500max 500max RIPPLE NOISE mVp p Oto 40C 150max 150max 150max 200max 200max i 10t00C 180max 180max 180max 240max 500max lo load factor o 0 to 30 600max 600max 600max 600max 600max Oto 40C 120max 150max 240max 360max 480max TEMPERATURE REGULATIONImV 10 to 407 180max 180max 290max 440max 600max DRIFT mV 2 48max 60max 96max 144max 192max START UP TIME ms 500typ ACIN 115V lo 100 Ta 25 C HOLD UP TIME ms 20typ ACIN 115V lo 100 OUTPUT VOL
42. ion and Others for details PLA3OOF Please contact us about this function 1 11 Remote Sensing PLA100F PLA150F PLA300F MThese models do not have this function PLA600F WOption W is available to provide a remote sensing function Please see 5 Option and Others for details 1 12 LV Alarm PL A100F PLA150F PLA300F MThese models do not have this function e PLA600F Option W is available to provide an alarms function Please see 5 Option and Others for details 2 Series Operation and Parallel Operation 2 1 Series Operation WYou can use a power supply in series operation The output cur rent in series operation should be lower than the rated current of a power supply with the lowest rated current among power supplies that are serially connected Please make sure that no current ex ceeding the rated current flows into a power supply PLA100F PLA150F 24V or less 36V or more Power e Da Power bi Di 4 Supply 1 5 5 Supply 5 G G o o Power o Power Z Supply D3 4 D4 Supply D2 D1 D4 Use a schottky D1 D2 Use a schottky barrier diode with low barrier diode with low forward voltage forward voltage Fig 2 1 Examples of connecting in series operation 1 PLA 13 T 2013 04 12 14 57 30 Q H CO EL Instruction Manual PLA300F PLA600
43. lies with FCC B VCCI B CISPR22 B EN55011 B EN55022 B REGULATIONS HARMONIC ATTENUATOR 8 Complies with IEC61000 3 2 class A PLA 4 me pla indd PLA 4 B T 2013 04 19 9 41 31 PLA150F CO EL PLA SPECIFICATIONS OTHERS CASE SIZE WEIGHT 41 X97X129mm 1 61 X3 82 X5 08 inches Excluding terminal block and screw WXH XD 600g max COOLING METHOD Convection WARRANTY WARRANTY 6 5 year Depends on the used condition 1 This is the value that measured on measuring board with capacitor 3 Derating is required As for DC input please contact us 9 RC terminal is applied at option R And RC terminal is of 22 UF and 0 1 UF at 150mm from output terminal 4 Please contact us about dynamic load and input response isolated from input output and FG Measured by 20MHz oscilloscope or Ripple Noise meter Also please measure output voltage in average mode because of To meet the specifications do not operate over loaded Equivalent to KEISOKU GIKEN RM103 burst operation at 30 load or less condition Please refer to the instruction manual 1 6 5 Derating is required Please refer to instruction manual 3 2 Parallel operation is not possible Ripple and ripple noise spec is change at lo 0 30 by low 6 As for detail condtion please refer to instruction manual 3 3 A sound may occur from power supply at peak loading power mode 7 Please contact us about safety approvals for the model with
44. m power supply at peak loading Economical model Long lifetime Refer to instruction manual Low profile 41mm 1 61 inch meet to 1U height Wide temperature range 20 C to 70 C Refer to instruction manual Screw hold type terminal block Fan speed control At no load condition Various option Complies with SEMI F 47 Option U Refer to instruction manual Block diagram FUSE 250V 10A NOISE INRUSH AC IN 85 264V OQ On O FILTER RECTIFIER CURRENT LIMIT FaO pre oo ooo UN aaa CURRENT 7 y CONTROL P INDUCTOR SENSING a Er wan t CURRENT d L 34 SENSING CONTROL rd OVER VOLTAGE FILTER s L A Y PROTECTION INVERTER i RECTIFIER INVERTER AND DC OUT FILTER Lge sia ale THERMAL THEE m PROTECTION TERMINAL E ABER REGULATOR External view External size of option V option R and option T2 is different from standard model and refer to 5 Option and Others of instruction manual for detail 16 6 15 0 65 13 5 15 LED 10 53 13 3 15 potentiometer 0 52 ia 4 M4 LED a E ka 20max Name plate Mounting Hole Output voltage ils 9s 10 79max Bottom sides adjustable potentiometer S7 10 22 Output t
45. number eType eWire Length H I N 22 Pin Wire AWG Color dmm 1 UL1015 18 green 500 Housing 1 1123722 5 Tyco Electronics AMP 2 Pin 1123721 1 or 1318912 1 g 50 3 UL1015 18 white 500 Tyco Electronics AMP 70 4 5 UL1015 18 black 500 D eModel number eType eWire D Length H OU 37 Pin Wire AWG Color dmm 1 3 UL1015 18 red 500 Housing 1 1123722 6 Tyco Electronics AMP 4 6 UL1015 18 black 500 Pin 1123721 1 or 1318912 1 Tyco Electronics AMP g 30 Model number eType eWire s Length H RC 1 Pin Wire AWG Color mm L g 80 J 1 UL1007 22 orange 500 Housing XHP 2 J S T 2 UL1007 22 blue 500 Pin SXH 001T P0 6 J S T Model number eType eWire 1 Length H SN 1 8 Pin Wire AWG Color mm l L 9 J 1 UL1007 26 yellow 500 Housing PHR 2 J S T 2 UL 1007 26 orange 500 Pin SPH 002T PO 5S J S T Option Option 44 me antinnindd Secl 44 an 2012 04 12 ma CO EL eModel number eType ewire H P
46. oading p Features aenFs Economical model Screw hold type terminal block Only input and FG terminal Long lifetime Refer to instruction manual Fan speed control At no load condition Low profile 61mm 2 40 inch meet to 2U height Various option Wide temperature range 20 C to 70 C Refer to Complies with SEMI F 47 Option U Refer to instruction manual instruction manual Block diagram BOOSTER INDUCTOR 250V 16A NOE INRUSH CURRENT RECTIFIER AC IN 85 264V O X O FILTER RECTIFIER CURRENT SENSING AND LIMIT FILTER FG INVERTER Li __ CONTROL ka CURRENT SENSING External source THERMAL CONTROL PARALLEL OPERATION mi de PROTECTION CONTROL i CIRCUIT O Current alance W T e OVER VOLTAGE i DETECTING by K 6 i PROTECTION OUTPUT VOLTAGE FAN E LV alam CW i 1 METER RECTIFIER INVERTER AND FILTER IE TERMINAL FAN REGULATOR External view External size of option V option W option R and option T2 are different from standard model and refer to 5 Option and Others of instruction manual for detail
47. option 2 Drift is the change in DC output for an eight hour period after a gt k8 Please contact us about other class half hour warm up at 25 C Compact design Depth 129mm 5 08inches High efficiency 90 typ PLA150F 24 AC230Vin 100 load Low power consumption 1 5W typ AC240Vin no load at standard model Lower power consumption 0 5Wmax AC240Vin no load at option L refer to instruction manual UL508 approved and complies with SEMI F 47 Depends on the used condition Various option Optional connectors Vertical terminal block Connector wiring Block diagram FUSE 250V 4A NOISE INRUSH AC IN 85 264V O0 0 gt T RECTIFIER CURRENT Hh FILTER LIMIT BO I i RC ab BOOSTER CURRENT KU EXTERNALT INDUCTOR SENSING te D SOURCE RECTIFIER boge CONTROL CURRENT AND MP mee cna ee SENSING SEE FP 5 LEV OVER VOLTAGE INVERTER VC zs PROTECTION Y RECTIFIER INVERTER gt AND DC OUT CONTROL FILTER External view External size of option R J and T is different from standard model and refer to 5 Option and others of instruction manual for detail i Gi 2 M3 lame plate Mounting hole inis Bottom sides
48. ow leakage current type NAM series The EMI EMC Filter is recommended to connect with several devices Ordering information Series name Single output Output wattage Universal input Output voltage Optional 7 C with Coating R Remote on off Required external power source Connector interface Vertical terminal block Lower power consumption 0 5W max at AC240Vin no load ErP compliant Refer to instruction manual 5 1 about optional SPECIFICATIONS gt k Please consider PBA150F 5 N about 5V output with case cover MODEL PLA150F 12 PLA150F 48 VOLTAGE V AC85 264 1 Output derating is required at AC85V 115V Refer to instruction manual 1 1 and 3 2 3 DC input 3 ACIN100V 1 7typ 10 9096 CURRENT A ACIN 115V 1 6typ lo 100 ACIN 230V O 8yp lo 100 FREGUENCY Hz 50 60 47 63 DC input and 440Hz 3 ACIN 100V 84typ lo 90 84typ lo 90 87typ lo 90 87typ lo 90 87typ lo 90 EFFICIENCY ACIN 115V 84typ lo 100 84typ lo 100 87typ lo 100 87typ lo 100 87typ lo 100 INPUT ACIN 230V 87typ 10 100 87typ lo 100 90typ lo 100 90typ lo 100 90typ lo 100 ACIN 100V 0 98typ lo 90 POWER FACTOR ACIN115V 0 98typ lo 100 ACIN 230V 0 95typ lo 100 Power
49. ts Please contact us for details If power is turned on while CN3 is open output voltage de creases significantly IZ O O00000 OOOO D er ae V V O OX O O O V O f U Ge C CN3 Y 7 p 7 L V ADJ Fig 5 1 Front view of option V PLA600F U PLA300F PLAGOOF Operation stop voltage of Option U units is set at a lower value than that of a standard version to support low input voltage Use Conditions Conditions of SEMI F 47 compliant Maximum output power is 5V output model PLA300F 120W 100W PLA600F 240W 200W Input AC50V Duty 1s 30s Please avoid using continuously for more than 1 second under above conditions Doing so may cause a failure me plal indd PLA 17 PLA R PLA100F PLA150F PLA600F You can control output ON OFF in Option R units An external DC power supply is connected and it should be applied a volt age to a remote ON OFF connector to control it Appearance is changed from standard model There is a lineup of optional harnesses Refer to option parts Please contact us for details Table 5 2 Remote on off operating conditions Built in Voltage between RC Input Model Name Resistor and RCG V Current Ri Q Output ON Output OFF mA PLA100F PLA150F PLAGOOF 780 4 5
50. typ lo 100 ACIN 100V 20typ lo 90 Ta 25 C at cold start INRUSH CURRENT A ACIN115V 20typ lo 100 Ta 25 at cold start ACIN 230V 40typ lo 100 Ta 25 at cold start LEAKAGE CURRENT mA 0 75max ACIN 115V 240V 60Hz lo 100 According to IEC60950 1 and DEN AN VOLTAGE V 5 12 15 24 36 48 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 CUENTA ACIN 115V 264V 50 25 20 12 5 8 4 6 3 ACIN85 115V Output derating is required at ACIN 115V or less refer to instruction manual 3 2 WATTAGEIW ACIN 115V 264V 250 300 300 300 302 4 302 4 LINE REGULATION mV 4 20max 48max 60max 96max 144max 192max LOAD REGULATION mV 4 40max 100max 120max 150max 150max 300max RIPPLE mVp p 0 to 50C 80max 120max 120max 120max 150max 150max OUTPUT 1 10100 140max 160max 160max 160max 160max 400max RIPPLE NOISE mVp p 0to 50C 120max 150max 150max 150max 200max 200max 10t00C 160max 180max 180max 180max 240max 500max 0to 50C 50max 120max 150max 240max 360max 480max ic 10 to 50C 75max 180max 180max 290max 440max 600max DRIFT mV 2 20max 48max 60max 96max 144max 192max START UP TIME ms 300typ ACIN 115V lo 100 HOLD UP TIME ms 20typ ACIN 115V lo 100 OUTPUT VOLTAGE ADJUSTMENT RANGE V 4 50 to 5 50 10 80 to 13 20 13 50 to 16 50 21 60 to 26 40 32 40 to 39 60 43 20 to 52 80 OUTPUT VOLTAGE SETTING V 5 00 to 5 15 12 00 to 12 48 15 00 to 15 60 24 00 to 24 96 36 00 to 37 44 48 00 to 49 92
51. u use the remote sensing please note the followings CD Wire carefully When a connection of a load line becomes loose due to such factors as loose screw the load current flows to the sensing line and internal circuits of the power supply may be damaged 2 Use a sufficiently thick wire to connect between the power supply and the load and keep the line drop at 0 3V or below If the sensing line is long connect C1 and R1 Use a twisted pair wire or a shielded wire as the sensing line 6 Do not draw the output current from M M S or S When the remote sensing function is used the output voltage of the power supply may show an oscillating waveform or the output voltage may dramatically fluctuate because of an impedance of wiring and load conditions Please check and evaluate carefully before using the remote sensing function If the output voltage becomes unstable we suggest you to try the followings Remove the remote sensing line on the minus side and short out between S and M Connect C1 R1 and R2 Please contact us for details TM Short at CN1 cNi GS H SN 31 S M V C ZI Load V Fig 5 10 When not using remote sensing function Wire the sensing lines as close as possible oi BELA AV V 2 TIE Load a R C Fig 5 11 When using remote s

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