zws240paf

sh ZWS-PAF SERIES Single Output 150W, 240W Forced air cooling with ZWS240PAF/A improved output power ZWS150PAF/L ZWS240PAF ZWS150PAF 2 Y E A R S warranty ks ■ Features 医療 ph 計測医療 F A 計測その他半導体 F A その他その他半導体 ■ Model naming method その他 ZWS 150PAF-24/□ □ Complies the standard of the harmonics current limit その他その他 ●P ower supply for motor drive in mechatronics products: Applicable for 24V pulse load Option 2 Blank: Molex connector J: JST connector T: Terminal block（vertical） S: Terminal block（horizontal） ltracompact and high power: Peak power of twice ●U the value of average power その他その他 f-a pf-a コンピュータ ● Worldwide input voltage range: 85-265VAC コンピュータ通信 k-a hk-a 通信 F A 半導体 F A 半導体 ●C omplies the harmonics current limit standard: Builtin active filter Nominal output voltage ● Small leak current: Convenient for use in combina- Peak current Active filter Nominal output voltage tion with power supply for logic (use of multiple units of power supply) wide variety of optional items/Harmonics current ●A limiter ws hws Option 1 Blank: PCB type L: L-shape metal plate type A: With cover その他 ■ Applications コンピュータコンピュータ通信通信医療医療計測計測 F A F A 半導体その他半導体 Series name ■ Conformity to RoHS Directive This means that, in conformity with EU Directive 2002/95/ EC, lead, cadmium, mercury, hexavalent chromium, and specific bromine-based flame retardants, PBB and PBDE, have not been used, except for exempted applications. ォーマットフォーマット ■ Product Line up phaalpha コンピュータコンピュータ通信医療通信 Output Voltage lp dlp コンピュータ計測医療計測 F A 半導体 F A 150W その他半導体 240W Current（Peak） Model Current（Peak） Model 24V 6.3A（12A） ZWS150PAF-24/J 10A（20A） ZWS240PAF-24/J 36V 4.2A（8A）その他その他 ZWS150PAF-36/J 6.7A（13.3A） ZWS240PAF-36/J コンピュータ通信48V 3.1A（6A）計測医療計測 F A 5A（10A） ZWS240PAF-48/J 医療通信半導体 F AZWS150PAF-48/J 半導体 ps fps その他コンピュータその他コンピュータ通信医療通信計測医療計測 F A 半導体 F A ・All specifications are subject to change without notice. ZWS -PAF その他半導体 A-447 ZWS150PAF ZWS150PAF (Convection Cooling) Specifications ITEMS/UNITS MODEL Voltage Range (*3) Frequency (*3) Power Factor (100/200VAC)(typ) (*2) Input Efficiency (typ) (*2) Current (100/200VAC)(typ) (*2) Inrush Current (100/200VAC)(typ) (*4) Leakage Current (*10) Nominal Voltage Maximum Current Maximum Peak Current (*1) Maximum Power Maximum Peak Power (*1) Maximum Line Regulation (*5)(*6) Output Maximum Load Regulation (*5)(*7) Temperature Coefficient ZWS150PAF-24/J V Hz ％ A A mA VDC A A W W mV mV 24 6.3 12 96 192 Maximum Ripple & Noise (0<Ta<60℃) (*5) mVp-p 240 360 Maximum Ripple & Noise (-10<Ta<0℃) (*5) mVp-p Hold-up Time (typ) Voltage Adjustable Range Over Current Protection Over Voltage Protection Function Remote ON/OFF Control Parallel Operation Series Operation Operating Temperature (*2) ms VDC (*8) VDC (*9) VDC (*11) Storage Temperature Operating Humidity 21.6 - 28.8 > 12.3 30.0 - 35.0 AC85 - 265 or DC120 - 370 47-63 0.99 / 0.95 82 2.0 / 1.0 14 / 28 at Ta=25℃, cold start 0.5 Max, 0.1 (typ) at 100VAC / 0.16 (typ) at 230VAC 36 4.2 8 151.2 288 144 288 Less than 0.02%/℃ 360 540 20 32.4 - 41.4 > 8.2 43.2 - 50.4 Possible Possible ℃ - 30 to +85 ％RH 30 - 90 (No dewdrop) 48 3.1 6 148.8 192 384 480 720 43.2 - 52.8 > 6.1 55.2 - 64.8 10 - 95 (No dewdrop) At no operating,10 - 55Hz (sweep for 1min) 19.6m/s² constant, X, Y, Z 1hour each Vibration Isolation ZWS150PAF-48/J - 10 to + 60 Convection: -10 to +50 (100%); 60 (70%) ℃ ％RH Environment Storage Humidity ZWS150PAF-36/J Shock (In package) Cooling Less than 196.1m/s² Convection cooling Withstand Voltage Input - Output : 3.0kVAC (20mA), Input - FG : 2.0kVAC (20mA) Output - FG : 500VAC (100mA) for 1min. Isolation Resistance Safety Standards PFHC Standards EMI Immunity Weight (typ) Mechanical Size (W x H x D) (*12) (*13) g mm More than 100MΩ at Ta=25℃ and 70%RH, Output - FG : 500VDC Approved by UL60950-1, CSA C22.2 No.60950-1, EN60950-1 Built to meet DENAN Built to meet EN61000-3-2 Built to meet VCCI-B, FCC-Class B, EN55011/EN55022-B Built to meet EN61000-4-2,-3,-4,-5,-6,-8,-11 500 80 x 40 x 208 (Refer to outline drawing) (*1) Operating period at peak output current is less than 10 sec. (Duty ＜ 0.35) (Average output power and current is less than maximum output power and current.) For peak load derating method, please refer to instruction manual for details. (*2) At 100/200VAC and maximum output power, Ta = 25℃. (*3) For cases where conformance to various safety specs (UL, CSA, EN) are required, to be described as 100-240VAC, 50/60Hz on name plate. (*4) Not applicable for the in-rush current to noise filter for less than 0.2ms. (*5) Please refer to Fig A for measurement of line & load regulation and output ripple voltage. (Measure with JEITA RC-9131 probe.) (*7) No load - full load (maximum power), constant input voltage. (*8) Constant current limit with automatic recovery. Avoid to operate at overload or dead short for more than 30 seconds. (*9) OVP circuit will shutdown output, manual reset. (Line recycle) (*10) Measured by each measuring method of UL, CSA, EN and DENAN (at 60Hz). (*11) At standard mounting method, Fig B. -Load(%) is percent of maximum output load, do not exceed derating in both maximum output current and power. -For other mountings, refer to derating curve. -When forced air cooling, refer to derating curve. (*12) As for DENAN, built to meet at 100VAC. (*13) 85-265VAC, no load - full load, constant load. (*6) 85-265VAC, constant load. ●Recommended EMC Filter ZWS -PAF A-448 RSEL-2006W Please refer to "TDK-Lambda EMC Filters" catalog. ・All specifications are subject to change without notice. ZWS150PAF ZWS150PAF (Forced Air Cooling) Specifications ITEMS/UNITS Voltage Range Frequency Current (100/200VAC)(typ) Nominal Voltage Maximum Current Maximum Peak Current Output Maximum Power Maximum Peak Power Hold-Up Time (typ) Input Environment Operating Temperature Cooling Standards EMI MODEL ZWS150PAF-24 ZWS150PAF-36 24 8.4 12 AC85 - 265 or DC120 - 370 47-63 2.8 / 1.4 36 5.6 8 (*3) V (*3) HZ (*4) A VDC (*1) A (*2) A (*1) W (*2) W (*4) ms (*5)(*6) ℃ (*1) (*7) ZWS150PAF-48 48 4.3 6 206.4 201.6 288 16 -10 to +70 -10 to +50 (100%); 60 (91%); 70 (70%) Forced air cooling Built to meet VCCI-A, FCC-Class A, EN55011/EN55022-A (*1) Forced air cooling with air velocity more than 1.5m/s (measured at component side of PCB, air must flow through component side) ●Recommended EMC Filter (*2) Operating period at peak output current is less than 10sec. (Duty < 0.35) (Average output power and current is less than Maximum output power and current.) For peak load derating method, please refer to instruction manual for details. (*3) For cases where conformance to various safety specs (UL, CSA, EN) are required, to be described as 100-240VAC, 50/60Hz on name plate. (*4) At 100/200VAC and maximum output power, Ta = 25℃. (*5) At standard mounting method A, and other mountings B, C, D, E. - Load(%) is percent of maximum output load, do not exceed derating in both maximum output current and power. RSEL-2006W Please refer to "TDK-Lambda EMC Filters" catalog. (*6) Output derating for cold start up at Ta = - 10℃ for input voltage : 85VAC 80%, 90VAC 86.7%, 100-265VAC 100%. No output derating for input voltage is required after start up for one second. (*7) 85-265VAC, Full load. ZWS -PAF ・All specifications are subject to change without notice. A-449 3） SEE NOTE（205.5 198±0.5 80±1 70±0.7）（61） 2 1 INPUT 1 NOTES: A.T. NOMINAL INPUT VOLTAGE.S.5 220±0.5 VOLTAGE ADJUSTMENT SEE NOTE D 4.5 60±0.)OR SXH001T-P0.5 230±1 220±0.T. JST connector）】 4-SEE NOTE A 4-SEE NOTE A B 2-SEE NOTE 2-SEE NOTE B PIN HEADER (INPUT SIDE CN1) B3P-5-VH PIN HEADER (OUTPUT SIDE CN51) B6P-VH *OUTPUT CURRENT OF EACH CONNECTOR PIN MUST BE LESS THAN 5A.5 4. 1 *OUTPUT CURRENT OF EACH CONNECTOR PIN MUST BE LESS THAN 5A. J.5 15 25 15 25 15 25 5 5 1 1 9 NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) 220±0.5 40±0.S.5 （205.5 1 45 60±0.S. F.5 51±1 7.5 90±1 1 45 （45.S.T.5 （48. * NOT INCLUDED WITH THE PRODUCT. 【ZWS150PAF（/JL : With L-shape metal plate.7）（66）（53.5 4.T.T.3）（194.T. D: FG IS FOR SAFETY GROUND CONNECTION.T.5 230±1 COMPONENT SIDE COMPONENT SIDE NAME PLATE OUTPUT SEE NOTE C OUTPUT JL 90±1 2 4. B: φ4.5 40±0.S. NOMINAL OUTPUT VOLTAGE.T. * NOT INCLUDED WITH THE PRODUCT.CN52) : B2B-XH-AM (J.9） 60±0.S.S.5 60±0.5 （205. J. SEE NOTE E: E REMOTE ON/OFF CONTROL CONNECTOR (CN2.25 SLOT HOLES (3) ARE FOR CHASSIS MOUNTING. 4. 1 MATCHING HOUSINGS & PIN.T. 5 5 NAMESEE PLATE NOTE C SEE NOTE C A-450 1 （205.5 2-NOTE B 4.S. D: FG IS FOR SAFETY GROUND CONNECTION.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.) OR SEE NOTE B SXH-001T-P0.3） 45 5 2-SEE NOTE A 5 2-SEE NOTE A NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.T. SEE NOTE B PEAK OUTPUT CURRENT AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.S.3） COMPONENT SIDE （205.S.5 7.T) MATCHING TERMINAL : BXH-001T-P0.5 15 25 15 25 1 2 1 1 45 INPUT 1 3 （66）（45.6 (J.3） 208±1 208±1 1 5 (unit : mm) 4 2 J J NAME PLATE NAMESEE PLATE NOTES B&C SEE NOTES B&C 220±0.T.5 60±0.5 90±1 5 INPUT 4. NOMINAL OUTPUT VOLTAGE. INPUT VOLTAGE RANGE.3） D VOLTAGE ADJUSTMENT SEE NOTE D VOLTAGE ADJUSTMENT （53. (unit : mm) CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY JAJA PIN HEADER (INPUT SIDE CN1) B3P-5-VH J.6 (J.) MATCHING HOUSING : XHP-2(J.S. (USE M4 SEE NOTE BMOUNTING SCREW. 7. J OUTPUT 4 1 3 3 37±1 3 （61） 198±0. COUNTRY OF MANUFACTURE WILL BE SHOWN HERE.5 HOLES (4) AND R2.S. MATCHING HOUSINGS & PIN.) 4-NOTE A C: MODEL NAME.T.T.5 3 4.T.5 51±1 46 27. CN51) SVH-21T-P1.5 2 5 6 5 J.5 20 46±1 27.1 5 J. D.S. * NOT INCLUDED WITH THE PRODUCT.7）（66）（45.5 40±0.T.S.) *CN2 IS NORMALLY SHORTED BY JM-2W-96(J. CN52) : B2B-XH-AM (J. E.5 4.5 40±0.5 230±1 220±0. 1 J.5 COMPONENT SIDE 80±1 70±0.5 4. MATCHING HOUSINGS & PIN.9） 60±0.T.5 2-SEE NOTE B 220±0.S. 220±0.5 7.) SEE NOTE E 4-NOTE A *CN2 IS NORMALLY SHORTED BY JM-2W-96(J. NOMINAL INPUT VOLTAGE.T.) SEE NOTE B MATCHING TERMINAL : BXH-001T-P0.5 5 SEE NOTE F VOLTAGE ADJUSTMENT SEE NOTE E 46±1 27.5 2-SEE NOTE B 4.3）（48.9） 5 （53.T.5 51±1 46 27.5 SEE NOTE D 1 ZWS -PAF J. TO KEEP THE DISTANCE MORE THAN 4m/m BETWEEN PC-BOARD EDGE AND CUSTOMER'S CHASSIS. REMOTE ON/OFF CONTROL CONNECTOR (CN2.S.S. B.7） 3 5 （53.5 20 HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J. NAME PLATE NAMESEE PLATE NOTE C SEE NOTE C (unit 【ZWS150PAF（/JA : With cover.5 230±1 5 2-SEE NOTE A 3 2 4.7） CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY （61） 208±1 （40.S.T.T.S. SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-6N TERMINAL PINS (CN1.T. 2-SEE NOTE A 1 9 5 3 OUTPUT 6 4 NAME PLATE SEE NOTES B&C 5 6 4-NOTE A SEE NOTE D 4-NOTE A SEE NOTE D （194. J.5 HOLES ARE CUSTOMER'S CHASSIS MOUNTING HOLES. SCREW 4. B: φ4.T.S.3） VOLTAGE ADJUSTMENT 2-SEE NOTE B 2-SEE NOTE B INPUT （53.9） 37±1 SEE NOTE F INPUT 1 5 LEAD CUT LEADLESS CUT THAN 3mm LESS THAN 3mm 3 （40.ZWS150PAF Outline Drawing 【ZWS150PAF（/J : JST connector）】 LEAD CUT LESS THAN 3mm 198±0. 1 PIN HEADER (OUTPUT SIDE CN51) B6P-VH J. HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J.S.9） 5 PIN HEADER (INPUT SIDE CN1) B3P-5-VH 37±1 (OUTPUT SIDE CN51) B6P-VH PIN HEADER 5 3 1 （40.S. J.6 (J.5 2-NOTE B 2-NOTE B 1 SEE NOTE E 2-SEE NOTE B 2-SEE NOTE B （205. MAXIMUM OUTPUT CURRENT.7） 3 4 5 6 4 3 5 4 6 4.5 5 2-SEE NOTE5A 2-SEE NOTE A 4-SEE NOTE A 2-SEE NOTE B 5 J.7） OUTPUT 90±1 4 4.S.S.S. (USE M4 MOUNTSEE NOTECUSTOMER E ING SCREW.7）（66） 1 2 90±1 1 3 JA SEE NOTE B SEE NOTE B 45 （45. CN51) SVH-21T-P1.5 15 25 VOLTAGE ADJUSTMENT SEE NOTE D VOLTAGE ADJUSTMENT SEE NOTE D SEE NOTE E SEE NOTE E INPUT5 220±0.5 230±1 220±0.9） NAME PLATE SEE NOTE C （45. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.9） 5 5 1 SEE NOTE F VOLTAGE SEE NOTE F VOLTAGE ADJUSTMENT SEE NOTE E ADJUSTMENT SEE NOTE E COMPONENT SIDE SEE NOTE F 4-NOTE A 5 INPUT COMPONENT SIDE SEE NOTE F SEE NOTE D OUTPUT （194.T. J.T.5 4620 27.6 (J. JST connector）】（53. ALL MUST BE SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC. SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-6N TERMINAL PINS (CN1.NOMINAL OUTPUT VOLTAGE.S.) 4-NOTE A OUTPUT MATCHING HOUSING : XHP-2 (J.5 20 2-SEE NOTE B INPUT 3 1 HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J.5 5 6 5 5 JL JL CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-6N TERMINAL PINS (CN1.5 40±0.5 220±0.5 HOLES (4) AND R2.7） 80±1 70±0. MAXIMUM OUTPUT CURRENT ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS. 1 1 9 .9） 1 （66） 3 2-SEE NOTE B ARE FOR CUSTOMER CHASSIS MOUNTING. MAXIMUM OUTPUT CURRENT. 5 INPUT 1 J.5 7.25 SLOT HOLES (3) ARE FOR CUSTOMER CHASSIS MOUNTING. MODEL NAME.5 OUTPUT 5 4.5 40±0.T.5 （48. FG IS FOR SAFETY GROUND CONNECTION.5 46±1 27. CN51) SVH-21T-P1.1 J.3） 90±1 2-SEE NOTE B 2-SEE NOTE B 3 4.5 7. C.S.5 20 220±0.9）（66）（45.5 230±1 NAME PLATE 3 2 4 3 5 4 6 OUTPUT 45 6 4.T.5 2 MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.S.T.1 : mm) 20 5 6 220±0.S.T. J.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.) C: MODEL NAME. 2-SEE NOTE B PEAK OUTPUT CURRENT AND COUNTRY OF 2-SEE NOTE B MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.T. THE 4-φ3.S. ・All specifications are subject to change without notice. 3） TERMINAL VOLTAGE ADJUSTMENT 4-SEE NOTE A （205.T. with cover）】【ZWS150PAF（/TA 220±0.6 10 8. FG IS FOR SAFETY GROUND CONNECTION.5 40±0.T. SEE NOTE F ADJUSTMENT TERMINAL COVER D.3）＋R−R ＋R−R 2 −R CN51 NOTENOTE B B CN51 −V SEE SEE COMPONENT SIDE CN2CN2 1 ＋R 4-NOTE A OUTPUTOUTPUT 2−SEE NOTE 2−SEE NOTE B B 4.T.5 25 15 25 25 40±0.S. PEAK OUTPUT CURRENT AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.) 4-NOTE A 5 SEE NOTE D MATCHING TERMINAL : BXH-001T-P0.5MOUNTING.6 2−NOTE B SEEBNOTE D 2-SEE NOTE TERMINAL COVER 2−NOTE B B 2−NOTE CN1 2-SEE NOTE SEE NOTE D D SEE NOTE TERMINAL TERMINAL COVER COVER CN1 CN1 FG （66）（66）（46）（46）（46） 8.5 5 5 2−SEE NOTE 2−SEE NOTE A A 5 2−SEE NOTE A NAME PLATE 4.5 HOLES ARE FOR CUSTOMER'S CHASSIS MOUNTING HOLES.35） INPUT ：ー240VAC 100 ー240VAC ∼2. (unit : mm) 24（MAX） 37±1 NAME SEE NOTES B&C PLATE SEE NOTES B&C 4.5 45 45 45 4.5 2-M4 2-M4 45 4. ALL MUST BE SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC.2 Peak 10 sec max.5 8.) （194.5 27. MAXIMUM OUTPUT CURRENT.S.5 4. COUNTRY OF MANUFACTURE WILL BE SHOWN ADJUSTMENT VOLTAGE SEE NOTE E TERMINAL COVER HERE.25 SLOT HOLES (3) ARE FOR (USE M4 MOUNTING SCREW.S.4 ＝A 8. ZWS -PAF A-451 .6 (J.6 3-M4 （53） 3-M4 （53） 10 10 入力 15 25 INPUT 入力 60±0.S.) 3-M4 2-M4 *CN2 IS NORMALLY SHORTED BY JM-2W-96(J.5 220±0.5 10 （46） NAME PLATE NAME PLATE E TERMINAL COVER TERMINAL 2−M4 COVER SEE NOTE B 2−M4 2−M4 SEE NOTE B 90±1 8.S.DUTY:0. REMOTE ON/OFF CONTROL CONNECTOR 2-M4 (CN2. NOMINAL INPUT VOLTAGE.5 4.S.6 8.S.) CA723ー02ー01/TLーA CA723ー02ー01/TLーA MATCHING TERMINAL : BXH-001T-P0.5 51±1 46 27. NAME SEE NOTE C PLATE MODEL NAME ZWS150PAF/TL （unit（unit ：mm） D: FG IS FOR SAFETY GROUND CONNECTION.1A 50/60Hz BARC CODE 50/60Hz 2.5 27. THE 4-φ3.) OR SXH-001T-P0. NOMINAL OUTPUT VOLTAGE.T.T.3） SEE NOTE D COVER TERMINAL VOLTAGE ADJUSTMENT 2-SEE NOTE B SEE NOTE D COVER TERMINAL 2-SEE NOTE B COVER TERMINAL SEE NOTE B COVER SEE NOTE B OUTPUT (unit : mm) NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.) C: MODEL NAME.6 （53）（53）（53） 8.2 A Peak 10 sec max.5 4.6 8.5 8. NOMINAL INPUT VOLTAGE.5 60±0.6 LEAD CUT LESS THAN 3mm LEAD CUT LESS THAN 3mm COVER TERMINAL TERMINAL NOTES: A.3） SEE NOTE E 4−NOTE A NOTE SEESEE NOTE E E 4−NOTE A A 4−NOTE VOLTAGE ADJUSTMENT TERMINAL 2-SEE NOTE B CN52 COVER VOLTAGE ADJUSTMENT VOLTAGE ADJUSTMENT B 2-SEE NOTE B TERMINAL 12 TERMINAL VR51 SEE NOTE E NOTE E CN52＋R−R CN52 SEE COVER COVER （205.5 220±0.5 46±1 46±1 46±1 27.) SEE NOTE D 208±1（194.S.5 7.DUTY:0.35） DENSEI-LAMBDA BAR CODE BAR CODE MADE IN JAPAN 4.5 60±0.5 40±0.6 (J. MODEL NAME.6 10 10 108.T.T.5 20 20 20 SEE NOTE C NAME PLATE NAME PLATE 5 ZWS150PAF24 /TL SEE NOTE NOTE C C 2-SEESEENOTE A ZWS150PAFZWS150PAF2424 /TL/TL 2-SEE NOTE A INPUT：100 ー240VAC ∼2. with L-shape metal plate）】 90±190±1 90±1 2-M4 2-M4 (unit : mm) 45 45 TL TL 90±1 4.5 4.T.ZWS150PAF Outline Drawing 【ZWS150PAF（/T : Vertical terminal）】 37±1 8.6 5 5 5 −V −V ＋V ＋V ＋V 4.5 60±0.5 4.35）（ 1.3） HAND CRIMPING TOOL : YC-110R OR YRS-110 208±1NAME PLATE MANUFACTURER : J.5 2-SEE NOTE A 2-SEE NOTE A 33（MAX） 33（MAX） 15 25 5 5 220±0.5 20 LAMBDA LAMBDA DENSEI-LAMBDA DENSEI-LAMBDA MADE IN JAPAN MADE IN JAPAN 220±0.5 VOLTAGE ADJUSTMENT SEE NOTE D COMPONENT SIDE COMPONENT SIDE VOLTAGE ADJUSTMENT L L 3−M4 SEE NOTE D SEE NOTE E 3−M4 3−M4 OUTPUT SEE NOTE E COMPONENT SIDE COMPONENT SIDE INPUT 3-M4 INPUT INPUT 2 −R2 −R 1 ＋R1 ＋R N N L 15 25 33（ MAX） 33（ MAX） N FG FG （53） 10 33（MAX） INPUT 15 15 60±0.5 INPUT 60±0.5 NOMINAL OUTPUT VOLTAGE.5 40±0.5 OUTPUT CURRENT ARE SHOWN HERE IN COVER SEE NOTE F ACCORDANCE WITH THE SPECIFICATIONS. 5 HOLES (6) ARE FOR CUSTOMER CHASSIS A: M4 33（MAX） EMBOSSED TAPPED & COUNTERSUNK 230±1 220±0.6 (J. : Vertical terminal.5 80±1 70±0.5 NAME PLATE 230±1 NAME SEE NOTE C PLATE SEE NOTE C 90±1 TA TA 90±1 4.6 2-SEE NOTE B 2-SEE NOTE B 4-SEE NOTE A 2-SEE NOTE B 2-SEE NOTE B （205.3） CN51 SEE NOTE B VR51 VR51 1 2 1 24-NOTE ASEE NOTE OUTPUT SEESEE NOTE E E CN2 NOTE （205. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm. OUTPUT F.T.5 40±0.6 8.S. D: FG IS FOR SAFETY GROUND CONNECTION.5 230±1 220±0.6 10 10 （205.3 AC US US OUTPUT ：V ＝V8.546±17.5 【ZWS150PAF（/TL : Vertical terminal.6 10 （46）（66）10 （66）（46） 8.) ZWS150PAF/TL DENSEI-LAMBDA MODEL NAME ZWS150PAF/TL *CN2 IS NORMALLY SHORTED BY JM-2W-96 (J.5 5 4. TO KEEP THE DISTANCE MORE THAN 4m/m COMPONENT SIDE SEE NOTE F BETWEEN PC-BOARD EDGE AND CUSTOMER'S COMPONENT SIDE INPUT OUTPUT CHASSIS.5 4.5 230±1 220±0. OUTPUT CURRENT AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN 230±1 NAMEPEAK PLATE （unit：mm） ACCORDANCE WITH THE SPECIFICATIONS.6 10 （61）（41）（61）（41）（48）（48） T T 5 24（MAX） 8.5 20 20 51±1 46 27.T.5 5 7.5 230±1 230±1 （66）（53） 3-M4 （66） 8. B.6 (J.57.) 33（MAX） C: MODEL NAME.5 OUTPUT 45 8.1A 50/60Hz US OUTPUT：2. INPUT VOLTAGE RANGE.2 A Peak 10 LAMBDA sec max.) MATCHING HOUSING : XHP-2 (J.5 5 CUSTOMER CHASSIS MOUNTING.T. B: φ4.5 220±0.5 40±0.4 V ＝ 8. ：mm） SEE NOTE C MODEL NAME E: REMOTE ON/OFF CONTROL CONNECTOR (CN2.6 8.5 4.3 AC （ 1.5 7.5 46±1 27.5 220±0.3） 15 25 NOTES 220±0. MAXIMUM 198±0.3）（205.5 2-NOTE B 2-NOTE B 8. INPUT E.5 220±0.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J. 198±0.5 HOLES (4) AND R2.T.5 OUTPUT 4.6 5 3-M4 10 80±1 10 70±0.5 20 27. CN52) : B2B-XH-AM (J.4 （A 1.5 TERMINAL COVER TERMINAL COVER INPUT 10 60±0.3） 4-NOTE A 5 OR SXH-001T-P0.5 4.1A INPUT ：100 ∼2.5 40±0. ・All specifications are subject to change without notice.6 10 （66） NAME PLATE （46） 220±0. VOLTAGE SEE NOTE E SEE NOTE F C. (USE M4 MOUNTING SCREW.3 OUTPUT ：2. CN52) : B2B-XH-AM (J.S.5 220±0.5 2−SEE NOTE B 2−SEE NOTE 2−SEE NOTE B B 2−SEE NOTE B （205. MAXIMUM OUTPUT CURRENT. NOMINAL OUTPUT VOLTAGE. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.S.6 10 8. B: φ4.5 5 4.5 HOLES (4) AND R2.5 4.DUTY:0. S.25 SLOT HOLES (3) ARE FOR CUSTOMER CHASSIS MOUNTING.) CA723ー02ー01/TLーA DENSEI-LAMBDA DENSEI-LAMBDA MATCHING HOUSING : XHP-2 (J.5 7.5 7. S. MAXIMUM SEE NOTE D 4-NOTE 2-SEE2-SEE NOTE A A A OUTPUT CURRENT.6 23. SCREW MUST NOT PROTRUDE 2-SEE NOTE A INTO POWER SUPPLY BY MORE THAN 6mm.S.3） 208±1 8. NOMINAL OUTPUT VOLTAGE.5 TERMINAL 3-M4 3-M4 TERMINAL COVER COVER VOLTAGE2-SEE ADJUSTMENT NOTENOTE A 2-SEE A （66） 8.6 10 10 60±0.5 3-M4 （205.5 8.T.3） 2-M4 TERMINAL TERMINAL COVER COVER 8.6 (J.5 5 2-SEE NOTE A (17.3）（66） 60±0.5 230±1 NAME PLATE SEE NOTE B 220±0.6 60±0.5 8.T.S.1） COMPONENT SIDE 2-M4 SEE NOTE F SEE NOTE F SEE NOTE D （41） 80±1 80±1 70±0.5 230±1 230±1 NOTES: A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.3） SEE NOTE D 20 （194.S.6 10 （48） 4-NOTE A 4-NOTE A 5 14.6 220±0.5 】（/S : Horizontal terminal）【ZWS150PAF TERMINAL COVER VOLTAGE NOTE F SEE NOTE E SEE SEE NOTE E SEE NOTE F ADJUSTMENT 198±0.6 TERMINAL COVER TERMINAL COVER （61）（61）（41）（41）（61） 3-M4 LEADLEAD CUT CUT LESSLESS THANTHAN 3mm 3mm 3-M4 3-M4 SEE NOTE F 20 （MAX） TERMINAL TERMINAL COVER COVER SEE NOTE D （194. NOMINAL INPUT VOLTAGE.5 220±0.5 15 8. with cover）】 220±0.5 198±0.ZWS150PAF Outline Drawing LEAD CUT LESS THAN 3mm SEE NOTE E SEE NOTE F 198±0.5 220±0. ALL MUST BE SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC.6 10 8.T.6 10 60±0.) HAND CRIMPING TOOL : YC-110R OR 2-M4 2-M4 YRS-110 MANUFACTURER : J.6 5 5 （MAX） 9 （MAX） 9 TERMINAL VOLTAGE ADJUSTMENT VOLTAGE ADJUSTMENT COVER 220±0. PEAK OUTPUT CURRENT AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.6 VOLTAGE ADJUSTMENT SIDE SEE NOTE CCOMPONENT VOLTAGE ADJUSTMENT SEE NOTE C SEE NOTE D SEE NOTE D 10 (17. CN52) : B2B-XH-AM (J.) MATCHING TERMINAL : BXH-001T-P0.6 (J.T.6 TERMINAL 3-M4 COVER 4-SEE NOTENOTE A 4-SEE A SEE NOTE C SEE NOTE C NOTES: A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.1) (17.) OR SXH-001T-P0. MAXIMUM OUTPUT CURRENT ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.S.1） 14. NOMINAL INPUT VOLTAGE.6 10 8.6 5 COMPONENT SIDE SIDE COMPONENT 15 （MAX） 9 23.S.1) 23. 4-NOTE A 4-NOTED:AREMOTE ON/OFF CONTROL CONNECTOR (CN2. （205.5 60±0. NOMINAL OUTPUT VOLTAGE.6 10 90±1 （205. E: FG IS FOR SAFETY GROUND CONNECTION. B: MODEL NAME.6 10 8. SL SLSL 8.6 10 90±1 46±1 20 220±0.T. PEAK OUTPUT CURNOTE RENT AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH TERMINAL THE SPECIFICATIONS.T.6 80±1 70±0.5 15 10 8.T. SEE NOTE D COVER SEE NOTE D C: FG IS FOR SAFETY GROUND CONNECTION.6 5 5 20 20 （MAX）（MAX） 37±137±1 NAME PLATE SEE NOTES B&C （194. MAXIMUM OUTPUT CURRENT.T.6 90±1 10 90±1 （46） 220±0.3）（53） TERMINAL COVER 46±1 46±1 20 220±0.) *CN2 IS NORMALLY SHORTED BY JM-2W96 (J.) OR SXH-001T-P0. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.S.1) (17.5 230±1 （46）（46）（66）（53）（66）（53） 8.) MATCHING HOUSING : XHP-2 (J.5 HOLES ARE FOR CUSTOMER'S CHASSIS MOUNTING HOLES.6 (J.T.3） 20 （MAX） 208±1 （MAX） 208±1 NAMENAME PLATE PLATE SEE NOTES B&C B&C SEE NOTES NOTES: A: THE 4-φ3.S. S SS (unit : mm) 【ZWS150PAF（/SL : Horizontal terminal. B: MODEL NAME.3）（205. .6 5 15 （MAX） 9 15 23.1) VOLTAGE ADJUSTMENT SEE NOTE D （205.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.T. with L-shape metal plate）】 20 SEE NOTE C TERMINAL TERMINAL COVER 3-M4 3-M4 COVER 15 (17.) TERMINAL TERMINAL*CN2 IS NORMALLY SHORTED BY JM-2W96 (J.6 VOLTAGE VOLTAGE ADJUSTMENT ADJUSTMENT COMPONENT COMPONENT SIDE SIDE （48） 4-NOTE A （48）（8.S. F: REMOTE ON/OFF CONTROL CONNECTOR (CN2. NOMINAL OUTPUT VOLTAGE. B: MODEL NAME.1) （53） 60±0.T.6 10 8.T.5 220±0.) 2-M4 COVER COVER MATCHING HOUSING : XHP-2 (J.6 23.5 220±0. D: TO KEEP THE DISTANCE MORE THAN 4m/m BETWEEN PC-BOARD EDGE AND CUSTOMER'S CHASSIS.3）（46） 4-SEE NOTE A SEE NOTE C （46）（66）（46） 5 （66） 51±1 51±1 46 46 20 51±1 20 46 20 5 2-M4 2-M4 （MAX） 9 SA SASA (unit : mm) （MAX） 9 （MAX） 9 ZWS -PAF A-452 ・All specifications are subject to change without notice. CN52) : B2B-XH-AM (J. C: COUNTRY OF MANUFACTURE WILL BE SHOWN HERE.3）（205.5 NAME PLATE SEE NOTE B NAMENAME PLATE PLATE SEE NOTE B SEE NOTE B （MAX） 9 (unit : mm) （MAX） 9 （MAX） 9 【ZWS150PAF（/SA : Horizontal terminal.S.6 10 2-M4 2-M4 TERMINAL COVER 8.1) 5 5 （MAX） 9 （MAX） 9 23.6 10 8. INPUT VOLTAGE RANGE.5 10 8.1）（8.) MATCHING TERMINAL : BXH-001T-P0.S.5 10 8.6 14. C: FG IS FOR SAFETY GROUND CONNECTION.5 5 70±0.6 90±1 10 90±1 （53）（53） (17.6 (J.S.5 230±1 230±1 NAMENAME PLATE PLATE SEE NOTE B SEE NOTE B 8.5 220±0.5 5 20 （MAX） 5 37±1 （8. (D). let air flow so that the transformer T1 core temperature is lower than 85℃.mounting (B).) As a reference for forced air cooling.5m/s 0 0 20 20 0 -10 10 20 3010 4020 5030 6040 7050 -10 Air0 velocity Air velocity 1.mounting (D) （150W） 40 60 20 40 mounting (B).5m/s 1. Please do not use (F).mounting (E) (C).5m/s 0 0 20 20 0 10 4020 5030 6040 7050 60 70 -10 Air0 velocity 10-10 20 30 Air velocity 1.mounting (B) OUTPUT 100 DERATING100CURVE（PCB type and with chassis type）（150W）（150W） 80 100 80 100 40 60 20 40 60 80 60 80 75 （150W） 40 60 20 40 0 20 -10 0 0 20 10-10 200 3010 4020 5030 6040 50 60 0 -10 0 0 10-10 200 3010 4020 5030 6040 50 60 Ta (℃) Ta (℃) Ta (℃) 40 60 20 40 Air velocity Air velocity 1. （200W）取付方法(A). (E) （150W） LOADLOAD (%) (%) mounting (A). (C). ●PCB type Input connector Input connector Input connector Output connector Component side Output connector Input connector MOUNTING（A） MOUNTING MOUNTING （B）（C） STANDARD MOUNTING ●With chassis & cover type Input connector CN1 MOUNTING （D） MOUNTING （E）（F）DON'T USE Input connector Output connector CN1 CN51 Component side MOUNTING（A） MOUNTING MOUNTING （B）（C） STANDARD MOUNTING Output connector CN51 MOUNTING （D） Input connector CN1 MOUNTING （E） *COOLING : CONVECTION COOLING (A). (E) (B). (D). 20 40 Test point (CORE) ZWS -PAF PCB ・All specifications are subject to change without notice. (C). In the following derating curve. (E) (A). (E) mounting (C). (D). (D). (E) mounting (C). (D). (C). (C). (E) Ta (℃) *COOLING : FORCED AIR COOLING type and with chassis type） LOADLOAD (%) (%) LOADLOAD (%) (%) 60 80 （G） DON'T USE （H） DON'T USE （ I ） DON'T USE 100DERATING CURVE 100OUTPUT （PCB （200W）取付方法(A).Ta Air(℃) must flow Ta through (℃) component side. (D).mounting (D) (B). (D) and (E) are also possible. (B) mounting (A).5m/s Ta (℃) 1. (B). (D) 0 20 -10 0 0 20 10-10 200 3010 4020 5030 6040 50 60 0 -10 0 0 10-10 200 3010 4020 5030 6040 50 60 Ta (℃) Ta (℃) Ta (℃) Ta (℃) 70 60 70 40 60 60 80 75 LOADLOAD (%) (%) mounting (C).5m/s Ta (℃) 0 0 10-10 200 3010 4020 5030 6040 7050 -10 0 20 40 Ta (℃) 100 100 80 75100 80 75100 （150W）（150W） (A). (D). （200W）（200W） mounting （150W）（150W） (A). (C). (E) (B). (E) 80 75100 mounting (C). （150W）（150W） (B). (E) (B).ZWS150PAF Output Derating 【ZWS150PAF】 Recommended standard mounting method is (A). (C). (D). (D). (E) (B). (D) mounting (B). (H) and (I) are prohibited. where the PCB will be on the top side and heat will be trapped inside the unit. (B) （F） DON'T USE LOADLOAD (%) (%) Input connector CN1 （150W） 40 60 20 40 Air velocity Air velocity 1.5m/s 1. (C). (E) 60 80 LOADLOAD (%) (%) 60 80 LOADLOAD (%) (%) LOADLOAD (%) (%) (C). (G). (E) （200W） mounting （200W）（150W）（150W） 40 60 20 40 60 80 75 (B). Mounting (F).5m/sTa (℃) 0 0 -10 Recommended 0 10-10 200 Minimum 3010 4020Air50Velocity 30 6040 70 50 60 (Measured 70 : 0.mounting (B) (A). (A).mounting (D).) Do not exceed the load derating. (C). average load (%) is percent of maximum output load (both maximum output current and maximum output power in specification. (E) （150W）mounting (C). A-453 . （200W）取付方法(A). (D).mounting (E) mounting (A)mounting (A) 80 80 100 100 60 *COOLING : FORCED AIR COOLING OUTPUT DERATING CURVE（With chassis and cover type） mounting (A)mounting (A) 100 40 60 60 80 75 （150W） Ta (℃) *COOLING : CONVECTION COOLING OUTPUT DERATING CURVE（With chassis and cover type） 100 80 75100 （200W）取付方法(A). (D). (C). (B).5m/sTa (℃) 1.mounting (B).7m/s at component side of PCB. (E) (C). 28. .7 43.95 82 3.5 Max.265VAC.41. .10 . Built to meet DENAN Built to meet EN61000-3-2 Built to meet VCCI-B.-3. constant input voltage. ・All specifications are subject to change without notice. Input .2 .50.64. CSA.99 / 0.-4.-6. CSA. Output .4 . (*11) At standard mounting method.full load (maximum power). 60 (60%) ℃ ％RH ％RH . .6m/s² constant.22 (typ) at 230VAC 36 6.90 (No dewdrop) 10 . EN and DENAN (at 60Hz).0 ZWS240PAF-48/J AC85 .60950-1. Fig B.Load(%) is percent of maximum output load (Item 2 and 5). cold start 0.-8. manual reset. .0kVAC (20mA) Output .370 47-63 0. EN) are required. constant load.10 to + 60 Convection: -10 to +45 (100%).FG : 500VAC (100mA) for 1min. (*5) Please refer to Fig A for measurement of line & load regulation and output ripple voltage.Output : 3. (*9) OVP circuit will shutdown output. please refer to instruction manual for details. Z 1hour each Vibration Isolation ZWS240PAF-36/J Shock (In package) Cooling Less than 196. 0.) (*6) 85-265VAC.8 > 20.ZWS240PAF ZWS240PAF (Convection Cooling) Specifications ITEMS/UNITS MODEL Voltage Range (*3) Frequency (*3) Power Factor (100/200VAC)(typ) (*2) Input Efficiency (typ) (*2) Current (100/200VAC)(typ) (*2) Inrush Current (100/200VAC)(typ) (*4) Leakage Current (*10) Nominal Voltage Maximum Current Maximum Peak Current (*1) Maximum Power Maximum Peak Power (*1) Maximum Line Regulation (*5)(*6) Output Maximum Load Regulation (*5)(*7) Temperature Coefficient ZWS240PAF-24/J V Hz ％ A A mA VDC A A W W mV mV Maximum Ripple & Noise (0<Ta<60℃) (*5) mVp-p Maximum Ripple & Noise (-10<Ta<0℃) (*5) mVp-p Hold-up Time (typ) Voltage Adjustable Range Over Current Protection Over Voltage Protection Function Remote ON/OFF Control Parallel Operation Series Operation Operating Temperature (*2) ms VDC (*8) A (*9) VDC (*11) Storage Temperature Operating Humidity Environment Storage Humidity 24 10 20 240 480 96 192 240 360 21.-11 750 95 x 45 x 222 (Refer to outline drawing) (*1) Operating period at peak output current is less than 10 sec.7 13. (line recycle) (*10) Measured by each measuring method of UL.0 . (*2) At 100/200VAC and maximum output power.52.2 478.02%/℃ 360 540 20 32. X.8 144 288 Less than 0.265 or DC120 .FG : 500VDC Approved by UL60950-1.1 (typ) at 100VAC / 0. to be described as 100-240VAC.2 . (*3) For cases where conformance to various safety specs (UL. Ta=25℃.2 / 1.30 to +85 30 . (*4) Not applicable for the in-rush current to noise filter for less than 0. No load .8 At no operating. CSA C22. (*7) No load .8 > 10.4 Possible Possible ℃ .95 (No dewdrop) 48 5 10 240 480 192 384 480 720 43.2 No. (Duty < 0.35) (Average output power and current is less than maximum output power and current. EN60950-1. Y.5 30. Avoid to operate at overload or dead short for more than 30 seconds.FG : 2. refer to derating curve.3 55. do not exceed derating in both maximum output current and power.4 > 13. (Measure with JEITA RC-9131 probe.55Hz (sweep for 1min) 19.1m/s² Convection cooling Withstand Voltage Input .-5. refer to derating curve. 50/60Hz on name plate.2ms. Ta=25℃.6 14 / 28 at.6 . (*12) 85 .0kVAC (20mA).full load. EN55011/EN55022-B Built to meet EN61000-4-2. constant load.When forced air cooling. Isolation Resistance Safety Standards PFHC Standards EMI Immunity Weight (typ) Mechanical Size (W x H x D) (*12) g mm More than 100MΩ at Ta=25℃ and 70%RH. FCC-Class B.3 241.35. ● Recommended EMC Filter ZWS -PAF A-454 RSEL-2006W Please refer to "TDK-Lambda EMC Filters" catalog.) For peak load derating method.For other mountings. (*8) Constant current limit with automatic recovery.2 . to be described as 100 .4 478. air must flow through component side). E.35) (Average output power and current is less than maximum output power and current. FCC-Class A. .5 20 300 480 ZWS240PAF-36 ZWS240PAF-48 AC85 .4 13. ●Recommended EMC Filter (*2) Operating period at peak output current is less than 10 sec. (*4) At 100/200VAC and maximum output power. EN55011/EN55022-A (*1) Forced air cooling with air velocity more than 1. please refer to instruction manual for details. ZWS -PAF ・All specifications are subject to change without notice.370 47-63 4. (*5) At standard mounting method A.3 48 6. RSEL-2006W Please refer to "TDK-Lambda EMC Filters" catalog.ZWS 240PAF ZWS240PAF (Forced Air Cooling) Specifications ITEMS MODEL Voltage Range Frequency Current (100/200VAC)(typ) Nominal Voltage Maximum Current Maximum Peak Current Output Maximum Power Maximum Peak Power Hold-Up Time (typ) Input Environment Operating Temperature Cooling Standards EMI ZWS240PAF-24 (*3) V (*3) HZ (*4) A VDC (*1) A (*2) A (*1) W (*2) W (*4) ms (*5)(*6) ℃ (*1) (*7) 24 12.8 16 480 . CSA. 50/60Hz on name plate. C. (*7) 85 . full load.265 or DC120 .5m/s (measured at component side of PCB.3 10 302. (Duty ≦ 0.) For peak load derating method. A-455 .10 to + 70 -10 to +60 (100%). do not exceed derating in both maximum output current and power.265 VAC. Ta = 25℃. 70 (70%) Forced air cooling Built to meet VCCI-A.0 / 2. (*6) Output derating for cold start up at Ta = .240VAC.Load(%) is percent of maximum output load.10℃ for input voltage : 85VAC 80%. 90VAC 86. 100-265VAC 100%. D.7%. EN) are required. No output derating for input voltage is required after start up for one second.and other mountings B.0 36 8. (*3) For cases where conformance to various safety specs (UL. * NOT INCLUDED WITH THE PRODUCT.5 10 45±0.T.T.T. REMOTE ON/OFF CONTROL CONNECTOR (CN2.5 PIN HEADER (INPUT SIDE CN1) B3P-5-VH J.4）（62. (USE M4 MOUNTING SCREW.5 3 J.S.4）（62. FG IS FOR SAFETY GROUND CONNECTION.T.5 222±1 1 J.T. LESS CUSTOMER'S THAN 3mm 212±0. THE 5-φ3. COUNTRY OF MANUFACTURE WILL BE SHOWN HERE. SIS MOUNTING. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.1 NAME PLATE SEE NOTE D SEE NOTES B&C 132±0.7） 95±1 85±0. 1 1 11 HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J.5 45±0.T.7) 2-SEE NOTE B 2-SEE NOTE B (67.5) 5 4-SEE NOTE A VR51 5 3 SEE NOTE E NAME PLATE SEE NOTE C 4. 53 (63.4) 51±1 30105±1 105 1735±0.5 1 5 56±1 30105±1 17 27 10 17 35±0. MAXIMUM OUTPUT CURRENT ARE SHOWN THE SPECIFICA235±0.T.5 5 HERE IN ACCORDANCE WITH TIONS.5 51±1 5 30 35±0.5 245±1 CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY SEE NOTE B NOTE A SEE 2-SEE NOTE E SEE NOTE E (218.5 5 SEE NOTE E J JL 53 SEE NOTE D SEE NOTE B (unit : mm) 4.5） 95±1 85±0.5) 105±1 56±1 65±0.S.1 J.S.S. J.7) (67.T.) OR SXH-001T-P0.5 5 INPUTRANGE.T.T. JA MATCHING HOUSINGS & PIN. 5-NOTE A 1 5 5 1 1 11 J SEE 2NOTE E SEE NOTE D 3 J.T.S.S. D: FG IS FOR SAFETY GROUND CONNECTION.T. CN51) SVH-21T-P1.5 SEE NOTE F SEE NOTE E （82. JST connector）】 1 J SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-8N TERMINAL PINS (CN1.5 (218.T.S. CN51) SVH-21T-P1. 1 * OUTPUT CURRENT OF EACH CONNECTOR PIN MUST BE LESS THAN 5A.5 4. J.T.S.T.) SEE NOTE B : BXH-001T-P0.5 65±0.25 SLOT HOLES (2) ARE FOR CUSTOMER CHASSIS A-456 (unit : mm) MOUNTING.5 27 42±1 3 4 5 6 7 8 （58.5 45±0. 1 PIN HEADER (OUTPUT SIDE CN51) B8P-VH J. J. C.CN52) : B2B-XH-AM (J.5 27 45±0.5)245±1 NAME PLATE SEE NOTE C 235±0.T. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE E: REMOTE 4-SEE ON/OFF CONTROL CONNECTOR (CN2.5 245±1 NAME PLATE SEE NOTE C 5 INPUT (87.5) 5 56±117 27 30 35±0. MAXIMUM HANDOUTPUT CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.5 45±0.T.S.T.S. INPUT VOLTAGE VOLTAGE.S.5 （62. 1 * OUTPUT CURRENT OF EACH CONNECTOR PIN MUST BE LESS THAN 5A.5 10 45±0.5)245±1 2-SEE NOTE A 235±0.5 (67.) NOTE A 51 THAN 6mm. E.5 SEE NOTE F （207） 212±0.T. SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-8N TERMINAL PINS (CN1.T.5 HOLES (4) AND R2.S. JL * NOT INCLUDED WITH THE PRODUCT.6 (J.) 5 6 MATCHING HOUSING : XHP-2 (J.) 3 4 *CN2 OUTPUT IS NORMALLY SHORTED BY JM-2W-96(J. NOMINAL OUTPUT OUTPUT CURRENT. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN 235±0.) MATCHING TERMINAL ADJUSTMENT C: MODEL NAME. INPUT VOLTAGE RANGE.7) (67.4) (67.5 7 2-SEE NOTE B 1 4-SEE NOTE A 51 VOLTAGE ADJUSTMENT SEE NOTE B 1 2 3 4 5 OUTPUT 6 7 (87.5) 8 【ZWS240PAF（/JA : With cover.1 J. (unit : mm) 5-NOTE A SEE NOTE F SEE NOTE B SEE NOTE E （82.S. JST connector）】 2-SEE NOTE B 5 SEE NOTE D 2-SEE NOTE B 3 1 2-SEE NOTE SEE NOTE B A 1 2 3 4 5 OUTPUT 6 8 (63.T.6 (J.T.5 （207） 222±1 VOLTAGE ADJUSTMENT (63.S.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J. ・All specifications are subject to change without notice. VOLTAGE SEE NOTE F D.5 (63. SOCKET HOUSING (CN1) VHR-5N SOCKET HOUSING (CN51) VHR-8N TERMINAL PINS (CN1.S. INPUT VOLTAGE RANGE.5) 2-SEE NOTE B A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASD: FG IS FOR SAFETY GROUND CONNECTION. 235±0. * NOT INCLUDED WITH THE PRODUCT.54.5) 105±1 65±0. NOMINAL OUTPUT VOLTAGE.S. . SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.5 JA 53 (63.7） COMPONENT SIDE INPUT 1 （58. 4-SEE NOTE A 235±0. NOMINAL OUTPUT VOLTAGE.S.5 30 35±0.25 SLOT HOLES (3) ARE FOR CUSTOMER CHASSIS MATCHING HOUSING : XHP-2 (J.6 (J.T.5 (218. MAXIMUM OUTPUT CURRENT.6 (J.5 1 HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J. 2-SEE NOTE A 【ZWS240PAF（/JL : With L-shape metal plate.5 5 SEE NOTE B 235±0. 1 1 11 HAND CRIMPING TOOL : YC-160R　　MANUFACTURER : J. (USE M4 MOUNTING SCREW. 1 PIN HEADER (OUTPUT SIDE CN51) B8P-VH J.4) 4.5 4. ALL MUST BE 3 SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC.S. TO KEEP THE DISTANCE MORE THAN 4m/m BETWEEN PC-BOARD EDGE AND ADJUSTMENT LEAD CUT CHASSIS.7) SEE NOTE D 17 27 2-SEE NOTE B 5 3 53 SEE NOTE B (218.S.4) 53 4.5 4-SEE NOTE A 51 VOLTAGE ADJUSTMENT 5 INPUT (67.5 105±1 51±1 65±0.S.) C: MODEL NAME. 1 2 F. MODEL NAME.5) 5 OUTPUT (87. MATCHING HOUSINGS & PIN.5 30 35±0.5 SEE NOTE D 1 2 3 4 5 6 7 8 SEE NOTE 2-SEE NOTEBA PIN HEADER (INPUT SIDE CN1) B3P-5-VH J.5 65±0.5 HOLES (4) AND R2.T.T.ZWS240PAF Outline Drawing 【ZWS240PAF（/J : JST connector）】 VOLTAGE ADJUSTMENT SEE NOTE F LEAD CUT LESS THAN 3mm CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY 5-NOTE A 212±0. J.5) 8 JA CONNECTORS USED PART DESCRIPTION PART NAME MANUFACTURER QTY 17 27 105±1 65±0. 1 2 3 4 5 6 7 8 5 PIN HEADER (INPUT SIDE CN1) B3P-5-VH VR51 JL VOLTAGE NAME PLATE SEE NOTE B 3 2-SEE NOTE B SEE NOTE C SEE NOTE B COMPONENT SIDE ADJUSTMENT 1 NOTES ACCORDANCE WITH THE SPECIFICATIONS. J.7) 132±0.S.5 5 2 3 3 4 5 1 6 7 (87. PIN HEADER (OUTPUT SIDE CN51) B8P-VH * OUTPUT CURRENT OF EACH CONNECTOR PIN MUST BE LESS THAN 5A.5 10 53 VOLTAGE ADJUSTMENT (87.5 SEE NOTE E （207） 222±1 (218.S.5 245±1 NAME PLATE SEE NOTE C NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.SIDE COMPONENT INPUT 1 B.S.T.5 5 ZWS -PAF 235±0.T. 4.5 42±1 OUTPUT NAME PLATE SEE NOTE D VOLTAGE SEE NOTES B&C ADJUSTMENT 132±0. CN52) : B2B-XH-AM (J.7) (87.T. CN51) SVH-21T-P1.5 5 42±1 LEAD CUT LESS THAN 3mm （58.5 5 2-SEE NOTE A 245±1 NAME PLATE SEE NOTE C 1 2 3 4 5 6 7 8 4.4） 235±0.) B: φ 4.S.7） 95±1 85±0.5 10 5 MATCHING HOUSINGS & PIN. J.5 NAME PLATE SEE NOTE D SEE NOTES B&C 1 2 3 4 5 6 7 8 4.S.5 5 2-SEE NOTE B 2-SEE NOTE B SEE NOTE B 4.5） COMPONENT SIDE 235±0.4) 4.T.) VOLTAGE MOUNTING.5) 235±0.S.5） 5 （82.S.5 4-SEE NOTE A VR51 (63. SEE NOTE D (218.S.) 7 8 MATCHING TERMINAL : BXH-001T-P0.T.4) COMPONENT SIDE 1 235±0.) OR SXH-001T-P0.5 HOLES ARE CUSTOMER'S CHASSIS MOUNTING HOLES.S.S.5) COMPONENT SIDE INPUT 2-SEE NOTE B 5 2-SEE NOTE B 3 1 SEE NOTE F SEE NOTE E NOTES: 5 A. B: φ4. *CN2 IS NORMALLY SHORTED BY JM-2W-96(J. 9) (63.5 8.5 4.6 TERMINAL 2-SEE NOTE B COVER 2-SEE NOTE B 2-SEE NOTE A 4.) OR SXH-001T-P0.5) 4.5 245±1 (63.6 4.5 INPUT TERMINAL COVER （82.T.9) (66.T.4) 235±0.DUTY:0.T.S.240VAC~3.5 HOLES (4) AND R2.4) 2 M4 53 2 M4 2 M4 (unit : mm) 235±0.5A BARUS CODE C OUTPUT: 2. REMOTE ON/OFF CONTROL CONNECTOR (CN2.DUTY:0.T.6 4.535±0.5 245±1 NAMEPLATE 235±0.5 (87.DUTY:0.5 SEE NOTE D 24（MAX） 5 B.5 65±0. INPUT VOLTAGE RANGE.5 INPUT N L 5 N CN1 CN1 17 27 17 17 27 27 FG NFG N 8.) C: MODEL NAME.9) 3 M4 3 M43 M4 VOLTAGE ADJUSTMENT VOLTAGE ADJUSTMENT OUTPUT 8. A-457 . THE 5-φ3. with235±0.25 SLOT HOLES (2) ARE FOR CUSTOMER CHASSIS (87. CN52) : B2B-XH-AM (J.6 (J. E: REMOTE ON/OFF CONTROL CONNECTOR (CN2.5 *CN2 IS NORMALLY SHORTED BY JM-2W-96(J.5INTO POWER SUPPLY BY MORE THAN 6mm.5 SEE NOTE C ZWS240PAF24 /TA SEE NOTE C INPUT: 100 .5 56 ±1 56 ±1 10 105±1 30 30 35±0.9) 53 8. NOMINAL OUTPUT VOLTAGE.S.T.5 10 2-SEE NOTE B 2-SEE NOTE B 4.0 A Peak.T.5 （207） 222±1 INPUT 5 8.5 45±0.5 cover）】 56±1 30 35±0. B: φ4.5) 3-M4 NAME PLATE CN1 N 105±1 65±0.S.5 TERMINAL COVER SEE NOTE B A 2-SEE NOTE VOLTAGE ADJUSTMENT SEE NOTE E 4-SEE NOTE A TERMINAL COVER (218.5 245±1 3-M4 5 2-M4 NAME PLATE COMPONENT SIDE SEE NOTE C 10 INPUT SEE NOTE E TL SEE SEENOTE NOTEBB OUTPUT VOLTAGE ADJUSTMENT SEE NOTE E 4-SEE NOTE A TERMINAL COVER (63.25 SLOT HOLES (2) ARE FOR CUSTOMER CHASSIS MOUNTING.240VAC~3.) OR SXH-001T-P0.35) LAMBDA (2. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN AC- 4.6 （61.6） 3-M4 42±1 SEE NOTE F NAME PLATE COMPONENT SIDE SEE NOTES B&C 132±0.4）（58.) 222±1 TIONS.6 10 10 8 (63.517 27 45±0.6) LAMBDA DENSEI-LAMBDA DENSEI-LAMBDA MADE IN JA PAN MADE IN JA PAN 235±0.5 5 235±0.T.5 (63.S. MAXIMUM (unit:mm) OUTPUT CURRENT. with L-shape metal plate）】 MOUNTING. DENSEI-LAMBDA MODEL NAME ZWS240PAF/TA ZWS -PAF CA724-02-01/TA-B DENSEI-LAMBDA DENSEI-LAMBDA CA724-02-01/TA-B CA724-02-01/TA-B ・All specifications are subject to change without notice. (USE M4 MOUNTING SCREW. HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.35) INPUT: 100 .S. （取付用穴） 5 B: φ4.) HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER : J.) （207） 42±1 HERE IN ACCORDANCE WITH THE SPECIFICAOUTPUT CURRENT ARE SHOWN MATCHING HOUSING : XHP-2 (J. NOMINAL OUTPUT VOLTAGE.6） 3-M4 SEE NOTE E （61.5 245±1 TA SEESEE NOTE B B NOTE VOLTAGE ADJUSTMENT 10 (218. A.5 SEE NOTE B A 2-SEE NOTE 2-SEE NOTE B 33 (MAX) 33 (MAX) 33 (MAX) 5 5 4.5) 10 8 10 L 10 10 8 105±1 65±0.S. ALL MUST BE SEE NOTES B&CE.6 (J.) C. NOMINAL OUTPUT VOLTAGE.S.6 10 3-M4 B SEE NOTE D 2-SEE 2-SEE NOTE NOTE B 2-SEE NOTE BB SEE NOTE D SEE NOTE D 2-SEE NOTE NOTE B 2-SEE B INPUT TERMINAL COVER 33(MAX) TERMINALTERMINAL COVER COVER FG (218.5 51±1 30 35±0.6) 33(MAX) L 17 27 INPUT INPUT L (218.6) 2-SEE ZWS240PAF24 /TA 24 INPUT ZWS240PAF/TA 235±0. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.6) 56 ±1 30 35±0.4) 10 105±1 65±0.9） 95±1 85±0.6 SEE NOTE D NOTE B TERMINAL LAMBDA COVER2-SEE NOTE TA 4 SEE NOTE A (66.517 27 45±0.5 4.5) 8. (unit:mm) MODEL NAME ZWS240PAF/TA D: FG IS FOR SAFETY GROUND CONNECTION. INPUT VOLTAGE RANGE.6 SEE NOTE E 24（MAX） VOLTAGE ADJUSTMENT 212±0.5A 50/60Hz C US OUTPUT: 2.5 10 NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING. CN52) : B2B-XH-AM (J.9） LEAD CUT LESS THAN 3mm TERMINAL COVER 5-NOTE A SEE NOTE F SEE NOTE F （82.9) 8.5) SEE NOTE B NOTE A 4 SEE 4 SEE SEE NOTE B NOTE A OUTPUTVOLTAGE ADJUSTMENT 4-SEE NOTE A TERMINAL COVER 2-M4 SEE NOTE B 10 8.5 HOLES (4) AND R2.4 V = 10 A OUTPUT: (2.10 sec max. (USE M4 MOUNTING SCREW.T. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACMODEL NAME ZWS240PAF/TA (unit:mm) CORDANCE WITH THE SPECIFICATIONS.5105±1 105±1 65±0.5 235±0.) 132±0.0 A Peak.6 8.5) 17 27 33(MAX) SEE NOTE D INPUT 105±1 65±0.5 4.4) NOTE A A 4 SEE NOTE 4 SEE VR51 VR51 TERMINAL CN51 2-M4 COVER TERMINAL TERMINAL SEE NOTE B COVER CN51 CN51 -V COVER OUTPUT SEE NOTE B B SEE NOTE -V +V -V OUTPUTOUTPUT +V +V 4.ZWS 240PAF Outline Drawing 【ZWS240PAF（/T : Vertical terminal）】 LEAD CUT LESS THAN 3mm TERMINAL COVER 95±1 5 85±0. 56±1 30 35±0. MAXIMUM *CN2 IS NORMALLY SHORTED BY JM-2W-96(J.0 A Peak.5 SEE NOTE D 2-SEE NOTE B TL SEE NOTE B OUTPUT (63. SCREW MUST NOT PROTRUDE 2-φ4.6 4 SEE NOTE A 53 53 (87.6) 33(MAX) (87.35) DENSEI-LAMBDA BAR CODE BAR MADE INCODE JA PAN 5 (66.5 5 L N L (66.) C: MODEL NAME.T.5 53 4.5 5 （取付用穴）【ZWS240PAF（/TA : Vertical terminal.9) 10 NAME PLATE (63.S.) 235±0.5 10 【ZWS240PAF（/TL : Vertical terminal.4）（58. FG IS FOR SAFETY GROUND CONNECTION.5 2-M4 53 NAME PLATE SEE NOTE C (unit : mm) 235±0.4) (87.S.5 245±1 SEE NOTE C 245±1 NAMEPLATE NAMEPLATE SEE NOTE C SEE NOTE C NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING. MODEL NAME. D: FG IS FOR SAFETY GROUND CONNECTION. F.5 10 8.T.5 45±0.5 (66.) MATCHING HOUSING : XHP-2 (J.5 OUTPUT SEE NOTE D (unit : mm) 2-M4 T 5 NOTES: NAME PLATE CUSTOMER'S CHASSIS.5 SEE NOTE E 10 8. MAXIMUM OUTPUT CURRENT.4) 4.5 51±1 30 35±0.T.6 10 VOLTAGE OUTPUT ADJUSTMENT 5-NOTE A SEE NOTE F 2-M4 T TERMINAL COVER 8.5 245±1 5 CORDANCE WITH THE SPECIFICATIONS. D.240VAC~3. COUNTRY OF MANUFACTURE WILL BE SHOWN HERE.6 (J.5 5 45±0.5 45±0.5 HOLES ARE CUSTOMER'S CHASSIS MOUNTING HOLES.6 (J.6 10 COMPONENT SIDE 212±0.S. MATCHING TERMINAL : BXH-001T-P0.9) 8.5A 50/60Hz INPUT: 100 .6) 3-M4 SEE NOTE D (87.6 235±0.5 COMPONENT SIDE (218.S.10 sec max.5 10 10 65±0.S.) 2-SEE NOTE A MATCHING TERMINAL : BXH-001T-P0. SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC.4 V = 10 A (2. TO KEEP THE DISTANCE MORE THAN 4m/m BETWEEN5PC-BOARD EDGE AND 235±0.5 (87.5 45±0. INPUT VOLTAGE RANGE.4 V = 10 A 50/60Hz C US 2.5 10 2-φ4.6) (66.5) (218.5 53 10 8.5 NAME 5 TERMINAL COVER NAME PLATE SEE NOTE C PLATE NAME PLATE 2-SEE NOTE B VOLTAGE ADJUSTMENT 4-SEE NOTE A TERMINAL COVER (218.T.10 sec max.6 (66.5 10 8.5 235±0.4) 4.6 5 SEE NOTE B VR51 235±0. NOMINAL OUTPUT VOLTAGE.NOMINAL OUTPUT VOLTAGE.1 TERMINAL COVER 8. E.10 sec Amax.5 VOLTAGE ADJUSTMENT 5-NOTE A SEE NOTE F （207） 222±1 20(MAX) 20(MAX) 42±1 （82.6 LAMBDA DENSEI-LAMBDA MADE IN CHINA （66. C: FG IS FOR SAFETY GROUND CONNECTION.T.5 235±0.9） COMPONENT SIDE INPUT 8.6 10 8.1 A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES8.6） SEE NOTE E （58.6 10 17.5(MAX) NOTES A: M4 EMBOSSED TAPPED & COUNTERSUNK HOLES (6) ARE FOR CUSTOMER CHASSIS MOUNTING.9) (63.6 2-SEE NOTE A A 2-SEE NOTE 5 5 2-SEE NOTE A 5 17.4） 3-M4 42±1 COMPONENT SIDE 132±0.T.6 2-SEE NOTE A (63.0 A Peak.T.) OR SXH-001T-P0.6 LEAD CUT LESS THAN 3mm 3-M4 10 95±1 85±0.6 (17.10 sec max.) 20(MAX) 222±1 TOOL : YC-110R OR YRS-110 MANUFACTURER HAND CRIMPING : J.6） 51±1 51±1 30 51±1 51±1 30 30 51±1 30 30 8.6 SEE NOTE F NOTE D BY JM-2W-96(J.) 5 NOTES A.5（MAX） (17.5 235±0. INPUT VOLTAGE RANGE.5(MAX) VOLTAGE ADJUSTMENT 2−SEE 2−SEENOTE NOTEA A SEE NOTE D 2−SEE NOTE A 4-SEE NOTE A TERMINAL COVER 8.S. MAXIMUM OUTPUT CURRENT.9）（63.24 /TA 235±0.1 23.4) （63.) OR SXH-001T-P0. COUNTRY OF MANUFACTURE WILL BE SHOWN HERE.5 （ MAX） 8.5 8.5 (87.4) 8.4） 8.S.6 (J. F.6) 65±0.T.S.10 sec max.) （207） MATCHING TERMINAL : BXH-001T-P0. A-458 NAME PLATE 235±0.DUTY:0.5) TERMINAL COVER NAME PLATE 5 235±0.35） LAMBDA DENSEI-LAMBDA DENSEI-LAMBDA BAR INCODE MADE IN CHINA MADE CHINA 2-SEE NOTE A 5 （87.5 TERMINAL COVER 105±1 105±1 65±0.4 V ＝ 10 A LAMBDA （ 2.6 10 108. INPUT VOLTAGE RANGE. CN52) : B2B-XH-AM (J.5 HOLES ARE CUSTOMER'S CHASSIS MOUNTING HOLES.1) 23.DUTY:0.DUTY:0. MAXIMUM （8.6 C. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE THAN 6mm.5 INPUT 5 VOLTAGE ADJUSTMENT NAME PLATE SEE NOTE F SEE NOTES B&C （61. 14.6) L −R＋R (87.6 8.6 NOTES 5 17.6 23.510 17 17 65±0.5(MAX) 17 (66. 8.0 A Peak.5 245±1 56±1 30 B: MODEL NAME.T. SCREW MUST NOT PROTRUDE INTO POWER SUPPLY BY MORE 5 THAN 6mm. TOPLATE KEEP THE DISTANCE MORE THAN 4m/m BETWEEN PC-BOARD EDGE AND NAME SEE CUSTOMER'S NOTES B&CCHASSIS.5A 100 ー240VAC ∼3.6）（66. with L-shape metal plate）】 TERMINAL COVER （218.1） 212±0.6） 3-M4 17. 5 235±0.T.0 Peak.ZWS240PAF Outline Drawing 【ZWS240PAF（/S : Horizontal terminal）】 LEAD CUT LESS THAN 3mm SEE NOTE E 212±0.5 SAFETY GROUND CONNECTION.T.5 245±1 2-M4 8. MODEL NAME.6 (J.9） INPUT：100 ー240VAC INPUT：∼3. THE 5-φ3.5 235±0.5 【ZWS240PAF（/SL : Horizontal terminal.5A 50/60Hz 50/60Hz OUTPUT：2.9) (66.35）（ 2. TERMINAL 5-NOTE A COVER SEE NOTE 2-M4 F SEE NOTE D （82.5(MAX) *CN2 IS NORMALLY SHORTED BY JM-2W-96(J. B.1 ZWS -PAF 23.5 (87.610 10 65±0.9）（63.6 10 TERMINAL COVER (unit : mm) 20(MAX) 2-M4 D.4）（87.5A BAR CODE 50/60Hz BAR CODE C US OUTPUT：2.5 （ MAX） 8.4） NAME PLATE NAME PLATE SEE NOTE SEECNOTE C NAME PLATE SEE NOTE C ZWS150PAF24 /TA 24 /TA ZWS150PAF- 235±0. REMOTE ON/OFF CONTROL CONNECTOR (CN2.6 (J. MAXIMUM OUTPUT CURRENT. ALL MUST BE SCREWED IN ORDER TO CONFORM THE VIBRATION SPEC.S.6 17 65±0.S.5(MAX) 235±0.6 105±1 10 3-M4 (unit : mm) TERMINAL COVER 105±1 10 8. （unit：【ZWS240PAF（/SA : Horizontal terminal.4 VC ＝ 10 A US C US OUTPUT （ 2.4) 2-SEE NOTE A SEENOTE NOTED D SEE ＋R ＋R −R −RSEE NOTE D 4−SEE NOTE 4−SEE NOTE VOLTAGE ADJUSTMENT NOTE SEESEE NOTE C C 12 12 SEE NOTE D AA CN52 (218.) 132±0. D: REMOTE ON/OFF CONTROL CONNECTOR (CN2.5(MAX) (6) ARE FOR CUSTOMER CHAS23.4 V ＝ 10 A ：2.5 245±1 (unit : mm) 8.5) VR51CN52 VR51 2-M4 NOTE A CN2 ＋RCN2−R 4−SEE SEE NOTE C CN1 CN1 12 SEE NOTE D TERMINAL TERMINAL CN52 VR51 CN2 VOLYAGE VOLYAGE CN51 CN51 FG COVER FG CN1 TERMINAL 4-SEECOVER NOTE A ADJUSTMENT ADJUSTMENT VOLYAGE −V −VCN51 FGSEE NOTE CCOMPONENT COVER COMPONENT SIDE N SIDE N TERMINAL COVER OUTPUT ADJUSTMENT OUTPUT INPUT −V INPUT NAME PLATE ＋V COMPONENT SIDE ＋V N L 65±0. INPUT VOLTAGE RANGE.5 (63.35） INPUT：100 ー240VAC ∼3.6 (218.5 （58.T.6 10 3-M4 10 TERMINAL TERMINAL COVER COVER TERMINAL COVER 10 8.5 （66.1） OUTPUT CURRENT ARE SHOWN HERE IN ACCORDANCE WITH 5THE SPECIFICATIONS.5 （MAX）（unit：mm） MODEL NAME ZWS240PAF/SL MODEL NAME ZWS240PAF/SL MODEL NAME ZWS240PAF/SL DENSEI-LAMBDA (218.CN52) : B2B-XH-AM (J.T.6 10 21 DENSEI-LAMBDA CA724ー02ー01/SLーD DENSEI-LAMBDA CA724ー02ー01/SLーD CA724ー02ー01/SLーD 2-SEE NOTE A VOLTAGE ADJUSTMENT 4-SEE NOTE A 56±1 30 8. FG IS FOR SAFETY GROUND CONNECTION. NOMINAL OUTPUT VOLTAGE.S.1) 8.5 17 105±1 105±1 10 8.6 8.5（MAX） 23. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.6) 8.5 SEE NOTE C TERMINAL COVER ＋V C: FG IS FOR 235±0.S.5) −R＋R ZWS150PAF.6 10 8.) 245±1 8. with cover）】 5 21 OUTPUT COMPONENT SIDE 235±0.6 8.5(MAX) B: MODEL NAME.) MATCHING TERMINAL : BXH-001T-P0.5）（218.5（MAX） 5 23.9）（61.6 SIS MOUNTING.) 235±0.5）（218.9) 8. AND COUNTRY OF MANUFACTURE ARE SHOWN HERE IN ACCORDANCE WITH THE SPECIFICATIONS.5 MATCHING HOUSING : XHP-2 (J.4）（87.4) VOLTAGE ADJUSTMENT 2-M4 4-SEE NOTE A (218.5 8.6 (J.S.55 （8.1) 5 5 8.T.6 5 8.6 1017 8.6） 14.6 10 95±1 85±0.6 10 8.6 10 8.6 108.T.S.S.S.5 245±1 NAME PLATE NAME PLATE NAME PLATE NAME PLATE NOTE NAME PLATE NAME PLATE SEESEE NOTE C C SEE NOTE C NAME PLATE 235±0.S.5*CN2 IS NORMALLY SHORTEDSEE MATCHING HOUSING : XHP-2 (J. .) （unit：mm） HAND CRIMPING TOOL : YC-110R OR YRS-110 MANUFACTURER :mm） J.9) 3−M4 3−M4 3−M4 SEE NOTE D SEE NOTE C (66.5(MAX) (63.T.5 (87.5 245±1 245±1 235±0.5) SEE NOTE C 3-M4 2−M4 2−M4 2−M4 2-M4 8.6 8.5） SIDE COMPONENT SEE NOTE SEE NOTED D SEE NOTE D INPUT L 5 17 (17.6) 105±1 65±0. −R＋R 21 (66. ・All specifications are subject to change without notice. (H) and (I) are prohibited. (A). (G).5m/s 1. Ta (℃) Ta (℃) Test Point (CORE) ZWS -PAF PCB ・All specifications are subject to change without notice. (B).) 0. (C). (E) MOUNTING (B).ZWS240PAF Output Derating 【ZWS240PAF】 Recommended standard mounting method is (A). (D) MOUNTING 0 0 40-10 10 020 10 30 20 40 30 50 40 60 50 70 MOUNTING (E) MOUNTING Ta (℃) Ta (℃) (E) 20 60 70 0 0 10 -10 120 100 100 80 120 80 120 Air velocity 20 Air velocity 1. (E)(C). (C) (B).5m/s 0. In the following derating curve.7m/s 0.(℃) (E) Ta MOUNTING (D). Please do not use (F). where the PCB will be on the top side and heat will be trapped inside the unit. let air flow so that the transformer T1 core -10 0 -10 10 20 30 20 40 30 50 40 60 50 70 60 70 0 10 temperature is lower than 85℃ .(℃) (E) Ta 0 -10 LOAD(%) 50 70 60 70 20 0 0 10 -10 100 20 0 30 10 40 20 50 30 60 40 Ta (℃) Ta (℃) 80 120 80 120 MOUNTING (A). (B). (D) and (E) are also possible. Mounting (F). (C) 0 0 10 020 10 30 20 40 30 50 40-10 0 40-10 40 60 MOUNTING (D). (D).7m/s 0 As a reference 0 for forced air cooling.5m/s 1.7m/s (Measured at component side of PCB. (D). (D). (D). (D).5m/s 1. (E) MOUNTING (B). (E) (D). (C) 100 MOUNTING 20 60 40 80 20 （240W）（240W） 40 80 LOAD (%) 40 80 Ta (℃) Ta (℃) *COOLING: CONVECTION COOLING OUTPUT DERATING CURVE（With cover） 120 120 MOUNTING (A). (E) （300W）（300W） MOUNTING (A) MOUNTING (A) 60 60 100 MOUNTING (B).7m/s 0 0 10 020 10 30 20 40 40-10 0 40-10 30 50 40 60 50 70 60 70 Air velocity 20 Air velocity 1. (D).5m/s 60 0.(A).7m/s 0. (B). 60 60 100 100 （300W）（300W） 40 80 MOUNTING MOUNTING (D). (E)(C). (B). (E) 70 50 60 70 LOAD(%) LOAD (%) LOAD (%) LOAD (%) （240W）（240W） 20 120 MOUNTING MOUNTING (A). average load (%) is percent of maximum output load (both maximum output current and maximum output power in specification. (A).7m/s 0 0 -10 0 -10 10 20 30 20 40 0 10 50 30 60 40 70 50 60 70 20 60 20 0 30 10 40 20 50 30 60 40 Ta (℃) Ta (℃) 70 50 60 70 Ta (℃) Ta (℃) *COOLING: FORCED AIR COOLING OUTPUT DERATING CURVE（With cover） 120 MOUNTING MOUNTING (A) (A) 100 LOAD (%) 20 60 MOUNTING (B). (D). (B). （H） (D). (C). (B). A-459 . (D) 40 40 80 80 MOUNTING MOUNTING (E) (E) 60 100 80 120 LOAD (%) 120 LOAD (%) 120 LOAD (%) LOAD (%) OUTPUT CURVE（PCB type and with chassis） 80 DERATING 80 LOAD (%) CN1 CN51 120 120 120 120 DON'T USEMOUNTING （G） DON'T USE DON'T USE （ I ） DON'T USE MOUNTING（A） MOUNTING MOUNTING MOUNTING MOUNTING （F） MOUNTING (A). (D) (C). (B).7m/s 0.5m/s Air must flow through component side.(A). (C). 20 Air velocity 20 Air Recommended Minimum 1. (C) MOUNTING (B). (C). (E) (A) （D） (A) （B） MOUNTING （C）MOUNTING （E） (STANDARD MOUNTING) 100 100 100 100 *COOLING: FORCED AIR COOLING *COOLING: COOLINGMOUNTING (B)MOUNTING (B) （240W） CONVECTION （240W）（300W）（300W） 40 80 Air velocity 20 Air velocity 1. ●PCB type Input connector Output connector CN51 CN1 Input connector CN1 Component side Input connector CN1 MOUNTING（A） MOUNTING （B） (STANDARD MOUNTING) MOUNTING （C） Output connector Input connector CN1 CN51 MOUNTING （D） ●With chassis & cover type MOUNTING （E）（F） DON'T USE Input connector Output connector CN51 CN1 Input connector CN1 Component side Input connector CN1 Output connector Input connector MOUNTING (C). (E)(C). 60 100 （300W）（300W） 20 0 -10 60 100 LOAD(%) 0 40-10 20 60 OUTPUT DERATING CURVE（PCB type and with chassis） 80 40 80 LOAD(%) 20 60 LOAD (%) LOAD (%) MOUNTING (A) MOUNTING (A) 60 100 MOUNTING (B)MOUNTING (B) （240W）（240W） MOUNTING MOUNTING (C).7m/s 0 0 10 020 10 30 20 40 40-10 0 40-10 20 60 30 50 40 60 Ta (℃) Ta (℃) 50 70 60 70 velocityAir Velocity:0.7m/s 0. (E)(C). (D) (C).) Do not exceed the load derating.5m/s 1.5m/s 60 0. (C). ZWS240PAF：6. ZWS240PAF) :150mm Wire material: AWG#18 C1: Electrolytic capacitor 100µF C2: Film capacitor 0. .ZWS-PAF SERIES Block Diagram OCP Circuit OVP Circuit Remote Control Rectifier & Filter Switching Circuit Control Circuit Control Circuit Filter PFHC Circuit Inrush Current Limit Circuit Rectifier Input Line Filter 【ZWS150PAF. ZWS240PAF】 Output PhotoCoupler OVP Sensing PhotoCoupler Output Sensing PhotoCoupler ●Circuit mode and swtching frequency 　Switching circuit：Single-ended forward topology（130kHz）　PFHC circuit：Active filter（90kHz） ●Fuse rating…ZWS150PAF：5A.1µF Output connector Measurement point of output voltage Measurement point for V ripple ZWS -PAF A-460 ・All specifications are subject to change without notice.3A Circuit for Measuring Performances (ZWS150PAF. WARNING and CAUTION ● Do not modify. Connector Housing Terminal Pin Frame Ground (Connected to pin 1 of CN1) Must be connected to electrically safe ground of apparatus or BXH-001T-P0.S. and do not touch the component side. ⑤ CN2: ON/OFF control terminal (primary circuit) See NOTE A. ● Never operate the unit under over current or shorted conditions for 30 seconds or more and out of input voltage range in specification which could result in damage or insulation failure or smoking or burning.) See NOTE A. Terminal Explanation 1 ZWS150PAF MTW VR51 CN1 1 FG 4 N 6 L ● Input & Output connector (MOLEX) (also for option model /L. ● Do not touch the internal components. Please hold the board edge while mounting.S. ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off controlwith an external signal.S. you may get injured by an accident. CN52 (J. NOTE A: For cover & chassis type (model: ZWS150PAF/A).ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer isturned clockwise. remote ON/OFF control cannot be used. Alpha II DLP FPS Genesys HK-A HWS JWS-P 1.6 surface of the spacer should be within MAX 8mm. ● Do not drop or apply shock to power supply unit. indicates compliance with the low voltage directive (73/23/EEC) as modified by the CE Marking Directive (93/68/ EEC) which complies with EN60950. keep your hands and face away from it.ZWS150PAF SERIES ZWS150PAF Series Instruction Manual BEFORE USING THE POWER SUPPLY UNIT Pay attention to all warnings and cautions before using the unit. A-461 . You may get electric shock or burned. damage to the unit or a fire hazard. Incorrect usage could lead to an electric shock.6 equipment by electrically conductive spacers. ● Confirm connections to input/output terminals are correct as indicated in the instruction manual.S.T) Connect to safety ground of apparatus or equipment. AC input terminal (pin 4 of CN1) ＊Hand crimping tooling: JHTR2445A (MOLEX) Neutral line ● Connector for Remote ON/OFF Input terminal FG (pin 1 of CN1) Safety earth (Frame Ground) control: CN2. /A) CN52 ＋R −R CN2 CN51− 6 5 4 3 2 1 −R ＋R Input (CN1) Connector Housing Terminal Pin 5414-30B 5239-06 or 2139-06 or 3069-06 5167PBTL 5273-06A 5239-06 or 2139-06 or 3069-06 5167PBTL ＋ ① L: ② N: ③ FG: ④ FG: JWT Output (CN51) CN52 VR51 5 FG 3 N 1 L CN2 −R ＋R RKY RTW AC Input terminal (pin 6 of CN1) Live line (fuse in line) ＊Output current of each connector pin must be less than 5A. ＊CN2 is normally shorted by JM-2W-96 (J. ● This power supply is primarily designed and manufactured to be used and enclosed in other equipment. they may have high voltage or high temperature. ● This power supply is PC board type unit.T) ⑥ ＋: ＋ Output terminal ＊Hand crimping tool: YC-110R (J.T) or YRS-110 (J. Note：CE MARKING CE Marking. ● When the unit is operating. Stick the WARNING label for users on the system equipment and describe the notice in the instruction manual.T) ⑦ −: − Output terminal ⑧ V. The mounting B2B-XH-AM XHP-2 or SXH-001T-P0. Please lift the power supply with a spacer when mounting the power supply on any surface. when applied to a product covered by this handbook. CN1 RKE SWT UNA ＋R −R CN51− 1 2 3 4 5 6 VS ＋ VR51 CN1 CN1 FG 1 FG 4 N 6 ＋R −R CN51 − L N CN2 L CN51− 6 5 4 3 2 1 CN52 CN2 −R ＋R −R ＋R ZUP CN52 ＋R −R VR51 VS-P ＋ ZWDPAF ZWQ ＋ ZWS 2 ZWS150PAF/J CN52 VR51 CN1 CN1 FG 5 FG 3 N 1 L VR51 ＋R −R CN51 − N L CN52 CN2 −R ＋R CN2 −R ＋R ＋R −R CN51− 1 2 3 4 5 6 ＋ ZWS -PAF ＋・All specifications are subject to change without notice. T) or YRS-110 (J. The mounting sur-CN2＋R L ● Connector for Remote ON/OFF control: face of the spacer should be within MAX 8mm. CN2.ADJ: Output voltage adjust trimmer (VR51) or SXH-001T-P0. ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external sigCN1 5 nal. FG ⑨ CN52: ON/OFF control terminal (secondary circuit) CN51 − (For power supply output onN and off control with an external sig. The mounting surface of the spacer should bewithin MAX 8mm. ＊CN2 is normally ＋R −R shorted by JM-2W-96 (J.6 B2B-XH-AM XHP-2 ⑧ V.T) ● Connector for Remote ON/OFF control: CN2. ＋ ① L: ② N: ③ FG: ④ FG: RKY RTW SWT UNA VS VS-P ZUP NOTE A: For cover & chassis type (model: ZWS150PAF/TA).S.ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer is turned clockwise. . ⑤ CN2: ON/OFF control terminal (primary circuit) See NOTE A.S. ＊Hand crimping tool: YC-110R (J.6 or SXH-001T-P0. CN52＋ (J. HK-A CN2 −R ＋R ● Input & output connector (J.T) （also for option model /JL.S.S.) FG 3 N See NOTE A.6 ＋R −R CN51− 1 2 3 4 5 6 ＊CN2 is normally shorted by JM-2W-96 (J. ZWDPAF ZWQ 4 ZWS150PAF/S ZWS CN1 VR51 CN52 ＋R −R FG CN51 − N L CN2 −R ＋R ＋ ZWS -PAF A-462 ・All specifications are subject to change without notice.T) ＋ HWS JWS-P 3 ZWS150PAF/T VR51 CN1 1 JWT FG 4 CN1 N 6 L FG CN2 −R ＋R N MTW L CN52 ＋R −R CN2 −R ＋R CN51− 6CN52 VR515 4 3＋R −R CN51 2 − 1 ＋＋ RKE AC Input terminal L (M4 screw) ● Input & output connector (EMUDEN) Live line (fuse in line) (also for option model /TL. VR515 ＋R Output (CN51) T7094-A 6 CN2 ＋R＋ −R FG Frame Ground CN51 − Must be connected to electrically safe ground of apparatus or −R N equipment by electrically conductive spacers.ZWS150PAF SERIES ① L: ② N: ③ FG: ④ FG: AC Input terminal (pin 1 of CN1) Live line (fuse in line) N: AC input terminal (pin 3 of CN1) Neutral line Input terminal FG (pin 5 of CN1) CN1 1 FG Safety earth (Frame Ground) Connect to safety ground of apparatus or equipment.1 CN52 Input (CN1) ＋R −R CN51− 6 5 4 3 2 1 Output (CN51) ＋＊Output current of each connector pin must be less than 5A.T) ＋R CN2 nal.6 CN52 CN1 VR51 The output voltage rises when a trimmer is turned clockwise.T) or YRS-110 (J. remote ON/OFF control cannot be used.S.S.1 B6P-VH VHR-6N SVH-21T-P1.S.T) ⑤ CN2: ON/OFF control terminal (primary circuit) See NOTE A. Connector Housing Terminal Pin ⑥ ＋: ＋ Output terminal (M4 screw) ⑦ −: − Output terminal (M4 screw) BXH-001T-P0.T).−R ＊Hand crimping tool: YC-110R (J. /JA） VR51 Connector Housing Terminal Pin B3P-5-VH VHR-5N SVH-21T-P1. ⑥ ＋: ＋ Output terminal ⑦ −: − Output terminal ⑧ V.S. /TA) AC input terminal N (M4 screw) CN52 Neutral line VR51 Connector CN1 ＋R −R 5 FG Input terminal FG (M4 screw) CN51− 1 3 N Input (CN1)2 T6957-A Safety earth (Frame Ground) 3 1 L 4CN52 −R Connect to safety groundCN1 of apparatus or equipment. CN52 (J.T).T) Connector CN52 B2B-XH-AM VR51 Housing Terminal Pin XHP-2 BXH-001T-P0.S. Alpha II DLP FPS Genesys 1 L NOTE A: For cover & chassis type (model: ZWS150PAF/JA). 4 N −R ＋R Frame Ground (Connected 6 L to pin 5 of CN1) CN2 Must be connected to electrically safe ground of apparatus or equipment by electrically conductive spacers. ＊Hand crimping tool: YC-160R (J.) L See NOTE A. remote ON/OFF control cannot be used.S. S. ● Use the input/output connector housing. ＊Hand crimping tool: YC-110R (J. FG VR51 CN1 1 N 6 L CN2 CN51 6 5 4 3 ＋ 2 CN52 1 VR51 −R ＋R − 1 COMPONENT SIDE N 6 L INPUT CN2 −R ＋R OUTPUT FG VR51 CN1 1 L CN2 FG OUTPUT VR51 INPUT 1 L CN1 COMPONENT SIDE CN2 5 3 N FG INPUT 1 L CN1 COMPONENT SIDE 5 3 N CN1 INPUT L N CN1 INPUT LFG N CN1 INPUT L FG N INPUT L 85VAC 265VAC CN1 CN2 EARTH −R ＋R − OUTPUT VR51 ZUP CN52 ZWDPAF ＋R −R CN51 −R ＋R OUTPUT CN52 − VR51 ＋ CN2 −R ＋R COMPONENT SIDE ＋R −R CN51 − OUTPUT VR51 ＋ CN52 ZWQ ZWS ＋R −R CN51 CN2 −R ＋R − OUTPUT ＋ VR51 COMPONENT SIDE FG CN52 ＋R −R CN51 L INPUT CN1 CN2 −R ＋R OUTPUT − ＋ CN52 VR51 COMPONENT SIDE FG ＋R −R ZWS -PAF CN51 N CN1 85VAC EARTH 265VAC OUTPUT VS-P ＋R −R CN51 COMPONENT SIDECN2 N 85VAC 265VAC −R ＋R CN51 1 − 2 3 4 5 ＋ CN52 VR51 6 VS LOAD EARTH CN2 OUTPUT COMPONENT SIDE FG 85VAC EARTH 265VAC −R ＋R OUTPUT ＋ CN1 EARTH 85VAC 265VAC EARTH COMPONENT SIDE FG N 85VAC 265VAC CN2 INPUT 1 L EARTH −R ＋R INPUT LFG COMPONENT SIDE CN2 −R ＋R N CN1 INPUT ・All specifications are subject to85VAC change .) See NOTE A. ing tool.ZWS150PAF SERIES ● Input & Output connector (EMUDEN) (also for option model /SL. do not apply stress ● When 85VAC to PCB. terminal pin as specified in outline drawing. ● Input must be off when making connections.6 Alpha II DLP FPS ＊CN2 is normally shorted by JM-2W-96 (J. ed wire. remote ON/OFF control cannot be used. ⑤ CN2: ON/OFF control terminal (primary circuit) See NOTE A. ⑥ ＋: ＋ Output terminal (M4 screw) ⑦ −: − Output terminal (M4 screw) ⑧ V. Connector housing and terminal pin are not included EARTH COMPONENT SIDE ● Output current of each connector pin must be less than 5A.S. the power supply will be damaged. ● The output load line and265VAC input line shall be separated and EARTH COMPONENT SIDE twisted to improve noise sensitivity. The mounting surface of the spacer should be within MAX 8mm. /S models in which M4 screw is used.S. Connector Input (CN1) T6969-A Output (CN51) T7093-A ● Connector for Remote ON/OFF control: CN2. with this product.T). /SA) ① L: ② N: ③ FG: ④ FG: AC Input terminal L (M4 screw) Live line (fuse in line) AC input terminal N (M4 screw) Neutral line Input terminal FG (M4 screw) Safety earth (Frame Ground) Connect to safety ground of apparatus or equipment.6 or SXH-001T-P0.T) Genesys NOTE A: For cover & chassis type (model: ZWS150PAF/SA). ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external signal. Frame Ground Must be connected to electrically safe ground of apparatus or equipment by electrically conductive spacers. HK-A 2.T) Connector B2B-XH-AM Housing Terminal Pin XHP-2 BXH-001T-P0. If it is connected to wrong terminal. Also.without notice.S.ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer is turned clockwise. INPUT OUTPUT 　 (Except /T.T) or YRS-110 (J. Terminal Connecting Method HWS ● Remote ON/OFF control lines shall be twisted or use shieldPay attention to the input wiring. CN52 (J. use recommended crimp● Connect FG terminal of input connector and mountable FG to ground terminal of the equipment.) connecting or removing connector. FG L 265VAC EARTH CN2 −R ＋R COMPONENT SIDE OUTPUT OUTPUT − VR51 CN52 ＋R −R ＋ CN51 − VR51 ＋ CN52 LOAD 85VAC 265VAC 3 N FG UNA ＋R −R CN51 1 − 2CN52 3 VR51 4 ＋R −R ＋ 5 CN51 6 1 − 2 CN52 3 4 VR51 ＋ 5 6＋R −R LOAD 85VAC 265VAC EARTH COMPONENT SIDE 5 EARTH 85VAC 265VAC EARTH ZWS150PAF/S −R ＋R CN1 ZWS150PAF/J ZWS150PAF/T INPUT CN51 1 − 2 3 4 ＋ 5CN52 6 ＋R −R CN51 N −R ＋R − D 85VAC 265VAC 3 N SWT ＋R −R COMPONENT SIDE 5 EARTH RTW LOAD 4 RKE RKY LOAD OUTPUT LOAD CN2 CN51 1 6 5 CN52 4 VR51 3 ＋ 2 ＋R 1 −R CN51 6 − 5 4 3 ＋ 2 CN52 1 − LOAD 1 −R ＋R LOAD INPUT LOAD L LOAD N LOAD OUTPUT COMPONENT SIDE 4 FG 6 CN1 CN2 CN51 6 − 5CN52 VR514 3 ＋R −R ＋ 2 LOAD INPUT CN1 6 L 1 −R ＋R LOAD 85VAC 265VAC N MTW LOAD ＋R −R FG4 85VAC 265VAC EARTH LOAD 4 CN1 85VAC EARTH 265VAC JWT ＋R −R FG ZWS150PAF CN52 JWS-P A-463 . OTP circuit is built into the power supply to prevent power supply from damage when ambient temperature over the specification. which could result in damage. /TOTP. OVP function operates within the range of OVP specification. EN) are required. A-464 ・All specifications are subject to change without notice. The input shall be removed for a few minutes. film capacitor. Set power supply output voltage higher by the forward voltage drop (VF) of diode 2. ripple becomes larger. CSA. 5 Over Current Protection (OCP) Constant current limiting. 4 Over Voltage Protection (OVP) The OVP function (inverter shut down method. the peak output current should satisfy the conditions below: 1） Should not exceed the rated peak current in the speci- The standard specification for maximum ripple value is measured according to measurement circuit specified by JEITA-RC9131. /JOTP. Explanation of Functions and Precautions 1 Input Voltage Range Load Input voltage range is single phase 85 . etc. U se within the specifications for output voltage and output power. OCP function operates when the output current exceeds OCP specification. The output ripple cannot be measured accurately if the probe ground lead of oscilloscope is too long. the output voltage will be increased. Input voltage which is out of specification may cause unit damage. 6 Over Temperature Protection (OTP) For /OTP.265VAC (47 - Alpha II DLP Input 63Hz) or 120 . Do not operate overload or dead short conditions for more than 30 seconds. Cable P. Adjust the output voltage of each power supply to be the same. Note over voltage protection (OVP) function may trigger if the output voltage is increased excessively. Please carefully select input switch and fuse in cases of the high temperature and the power re-input. HK-A HWS JWS-P JWT MTW RKE RKY RTW SWT UNA VS VS-P ZUP ZWDPAF ZWQ ZWS ZWS -PAF Power Supply Power Supply Output Terminal Output Terminal Load Output Terminal Load Load 3 Inrush Current This series uses power thermistor to protect the circuit from inrush current. might be necessary to use across the load terminal. and ambient exceeds 50℃. automatic recovery. In this case. input voltage range will be 100 .ZWS150PAF SERIES 3. fications.ADJ trimmer (VR51) that is nearby to output connector is for output voltage adjustment within the range of specifications. electrolytic capacitor. 3. (eg. manual reset type) is provided. . If the power supply is operated under convection cooling. 12A for ZWS150PAF-24) 2） D uty cycle of the peak output current should be < 35%.370VDC. Power Supply Output Terminal Load Output Terminal （B） Peak Output Current 7 Output Ripple & Noise For ZWS150PAF series. Power Supply Output Terminal Load Output Terminal （A）（B）To use as back-up power supply 1. For cases where conformance to various safety specs (UL.240VAC (50/60Hz). When load lines are longer. the following operating period for peak current is recommended. When OVP triggers. /SOTP models. the output will be shut down. either method (A) or (B) is possible. For series operation. OVP setting is fixed and not to be adjusted externally. The output will be automatically recovered when the overload condition is cancelled. Output Terminal Method（A） Method（B） 9 Parallel Operation （A）To increase the output current is not possible. and then re-input for recovery of the output. and operating time of peak output current is less than 10 seconds.S. To turn the trimmer clockwise. Oscilloscope Bandwidth : 100MHz Film Capacitor Elecctroly Capacitor Film Capacitor FPS 2 Output Voltage Range 8 Series Operation Genesys V. all the requirements of EN60950 must be met with respect to the connector. ZUP [CN52] The control mode is shown below.5 . Ip=12A. ZWS150PAF/A. remove short piece of CN2.4% 0 0.9% 0 2.ZWS150PAF SERIES Ambient Temperature (℃ ) Peak current operating time − 10 to ＋ 50℃ within 10 seconds ＋ 50℃ onwards within 5 seconds 3） The relation between peak output current with maximum average output current is defined as below: Ip＝Peak output current Im＝Minimum output current Ｄ＝Duty cycle. Max Io =4.5% 0 0.9% 0 1. CN52) function is available. /TA. 100% 6.7% 0 2. /SA) cannot be used.5VDC No required 12.4×Io2>Ip2×D+Im2×(1-D) Example Ⅰ : For ZWS150PAF-24 at Ta =60℃.0% 2. This circuit is in the Secondary (output) side of the power supply unit. When using this connector.05 Remote ON/OFF Control Remote ON/OFF control (CN2.2% 0 0. Io (A) 1.24. /JA.12. And this circuit is isolated from the output by a photo-coupler.83 6. 12 12 UNA VS-P 3. ZWS -PAF A-465 .42 External voltage level : E External resistance : R 4.26 DLP JWS-P Average Load (%) 20% Alpha II tion of the wire or additional sleeving cannot occur.52 12 6.67 12 31. 3） Wiring must be routed such that damage to the insula- (A): In case of Im=0. Ensure that it is fully discharged after the test.5VDC 1. Ip=12A.3% 0 3.74 30% 1.5kΩ 0. +R & -R Terminal condition Short ON Open OFF RTW At first.3 12 35.5% Genesys JWT Ip (A) max 12 FPS lation from the ON/OFF control circuit to actuator/accessible parts. Please note that the actual Io in peak load operation is low .67 +R & -R terminal condition Output condition SW ON (Higher than 4. D<18.78 12 13.16 40% 2.4×Io2>Ip2×D+Im2×(1-D) Max allowable average load after derating by various Mounting and Ta: Remote ON/OFF control can be used by following ZWDPAF ZWQ ZWS Isolation Test Isolation resistance between output and FG (Chassis) shall be more than 100MΩ at 500VDC.7% 0 1.04 12 24.75 80% 5. In particular: 1） Basic insulation must be provided between the ON/ OFF control circuit and earth. It is controlled by the voltage applied to +R and –R.18 HWS RKE Output condition Im (A) 0 HK-A MTW D max 1.15 0.63 SWT VS Power Supply 50% 10% RKY *Using CN52 Io (A) 0.8V) OFF 9. However. For safety operation.27 60% 3. τ/T τ＝Peak output current operating time Ｔ＝Period Io＝Maximum allowable average output current speifications (Io should be average load after derating at various mounting and ambient temperature) Formula: ZWS150PAF: 2 modes. Using this function allows the user to turn the output on and off without having to turn the AC input on and off.9% (B): In case of Im=2A. Do not connect in the Primary (input) side. which is considered to be electrically connected to the mains input voltage. 4） The switch must meet requirements for reinforced insu- 1. CN2 is provided in the primary circuit for ON/OFF control by means of a switch or other device. D<16.5V) ON SW OFF (Lower than 0. Mounting A.96 70% 4. ・All specifications are subject to change without notice. voltage setting of DC isolation tester must be done before the test. calculated by above formula Actual Io [CN2] The control mode is shown below.41 12 18. for cover and chassis type (eg. 2） Reinforced insulation must be provided between the ON/OFF control circuit and any secondary circuit or accessible part. Examples of peak load derating.6% Example Ⅱ : Following table illustrate some peak load operation examples for ZWS150PAF-24.5 . wiring and switch etc.89 12 3.04 90% 5.41A (after 70% Derating) 1. Using CN2 It is controlled by short or open between +R & -R of CN2. ut ZWS150PAF SERIES must be gradually increased from zero to the testing value Output − FG (Chassis) 500VDC 100MΩ or more and then gradually decreased for shut down. (D 20 60 0 40-10 0 10 20 30 4 0 10 20 30 4 Ambient Tempera 20 （E） 0 10 Mounting （ I ）Prohibit 30 40 50 60 70 0 -10 Average Load（％） Convection ZWS 20 Ambient Temperature （℃） A B C D E −10 to 15℃ 100 100 100 100 100 20℃ 30℃ 40℃ 50℃ 100 100 80 65 100 80 65 50 95 80 65 56 100 80 65 50 95 80 65 56 Ta ZWS -PAF A-466 Mounting (A). (D) 20 30 40 50 60 Ambient Temperature （℃） 0 40-10 0 10 20 30 40 0 10 20 30 4 Ambient Tempera Ambient Tempera 120 70 20 80 120 Mounting (A). Connect input and out- Isolation Tester JWS-P JWT MTW RKE RKY 1 Output Derating according to the Mounting Directions Recommended standard mounting method is (A). (B). (G) are prohibited. (C). (B). (D) 40 80 Mounting (C). (C 20 60 100 Mounting (A) 60 100 Mounting (A). Please do not use installation method (F). (C). (D 60 100 40 80 Mounting (A).40 50 20 （D）（C）（E）（F）Prohibit ● With chassis. When testing withstand voltage. Method (B). (E) 20 60 0 40-10 0 10 40 80 Mounting (B). average load (%) is percent of maximum output load (both maximum output current and maximum output power in specifications). ● PCB type Input Input InputInput Output Output Output Output Input Input InputInput RTW 120 120 100 100 （150W） 80 120 Mounting (A). where the PCB will be on the top side and heat will be trapped inside the unit. Mounting Directions HK-A HWS Withstand Voltage Tester Average Average Load （％） Load（％） Genesys This series is designed to withstand 3. (20mA) Input∼FG (Chassis) (solid line) 2kVAC 1min. 2. (B) 60 100 （150W） Mounting (C). (20mA) Average （％） Average Load （％） Load Alpha II put as follows. When timer is used. (B).0kVAC between input and output. ・All specifications are subject to change without notice. Ambient Tempera . (E) 40 80 Mounting (A). Do not exceed the load deratings. (B) 20 60 0 40-10 0 (D). (B). set current limit of the withstand voltage test equipment to 20mA (Output-FG (Chassis): 100mA). (E) are also possible. (100mA) Average （％） Average Load （％） Load FPS Withstand Voltage Average Average Load （％） Load（％） DLP Input∼Output (dotted line) 3kVAC 1min. (E) （150W） ZWQ （H）Prohibit 70 60 Mounting (A) 100 0 -10 （G）Prohibit 85 70 80 120 20 D （150W） Standard Mounting （F）Prohibit C With chassis and cover type Output Input B 85 70 60℃ Standard Mounting （A） 0 120 55℃ Input Input InputInput Output Output Output Output VS-P A 0 10 100 20 30 60 100 70 -10 to 40℃ 100 40100 50 100 −10 50℃Ambient 100Temperature 100 80 （℃） 80 80 Input Input InputInput （B） 70 Average Load（％） Mounting Ta 60 Ambient Temperature （℃） Convection （A） VS Output Derating ● Convection cooling 　 PCB type and with chassis type Component Component Component Component SWT UNA Withstand Voltage Tester 4. with chassis&cover type Input Input Output Component ZUP Input Output ZWDPAF （B）（C）（D） Input E 70 60 Mounting (B). (C). (D). (D). The applied voltage Output∼FG (Chassis) 500VAC 1min. Refer to the derating below.0kVAC between input and FG (Chassis) and 500VAC between output and the FG (Chassis) each for 1 minute. In the following derating curve. Mounting (F). (C 60 100 0 -10 70 60 80 120 Mounting (C). the power supply may be damaged by high impulse voltage at timer switch on and off. (E) 10 Mounting 20 30(C). (D) 50 60 70 nt Temperature（℃） 20 30 40 50 60 ent Temperature（℃） 60 80 Mounting (A). (E) 50 60 50 20 40 0 20 -10 70 60 ent Temperature（℃） 0 10 30 40 50 60 Ambient Temperature（℃） 0 -10air 0 Forced 70 20 10 20Average 30 Load 40 （％） 50 60 Ambient Temperature A. (D). (C). (D). For mounting method (J). (D). air must flow through component side. these holes can not be used. (C).5 holes and R2. (B). the vibration specCN1 A A ification is B6. If the space is not enough. A : Embossed tapped and countersunk holes by 4-M4 screws 9 9 9 B : φ4. RTW T1 9 9 SWT For chassis option /L.9m/s2.6mm Maximum spacer outer diameter: φ7mm 高さ8mm以上の間座 B A UNA VS VS-P ZUP ZWDPAF CHASSIS A B ・All specifications are subject to change without notice. 40 60 0 -10 70 NOT LESS THAN 4mm Mounting (A). (D). especially from the solder surface. (H). B. 8mm space is necessary. near C6 on the PCB. ISOLATED SPACER 60 80 9 40 Mounting (A). The 5th hole diameter: φ3. (K). E R7 HWS CHASSIS (CONDUCTOR) 70 100 70 Test point （CORE） FPS 70 Average Load（％） Forced air Ta DLP Genesys FG should be connected to the earth terminal of the apparatus. (C). 9 PCB 2 Mounting Method PCB type Please use the mounting hole T1 (4 holes of φ3. chassis & cover option /A Recommended mounting by following holes A or B. Mounting direction (F) & (G) are prohibited as shown in section 4-1. (E) 20 NOT LESS THAN 4mm Mounting −10 to 60℃ 70℃ Mounting (A) Please leave 4mm space from the surfaces and leave 4mm space from the sides of PCB. JWS-P JWT Hatching area is maximum permissible area of metal part for mounting. （CORE） Also use all 4 mounting holes for the unit installation. C. D.6m/s2 vibration specification. (E) 9 40 80 100 Alpha II HK-A 9 Average Load（％） Average Load（％） (C). (C). at the 5th hole. (E) NOT LESS THAN 8mm WIRE 20 40 METAL SPACERS 0 20 -10 0 10 20 30 40 50 60 Ambient Temperature（℃） 0 10 20 30 40 50 60 Ambient Temperature（℃） Mounting −10 to 50℃ 60℃ 9 MTW RKE 9 RKY ＊Recommended minimum air velocity: 0. The vibration spec is the value taken when PCB the unit is raised by 8mm spacers. (B). ZWS -PAF A-467 . (B). (9mm from each PCB corners) A. (E) Mounting (B). Output derating for mounting (L) is same as mounting (D). (C). The power supply can be mounted through holes A or B. (G). (E) 9 20 NON CONDUCTIVE.5mm PCB thickness: 1. D. (B) (D). let air flow so that the transformer T1 core temperature is lower than 85℃ .0) of height over 8mm to lift the unit. ( I ) are prohibited. E （℃） 70 70 Ta 100 70 NOT LESS THAN 4mm 120 With chassis and cover type Mounting (B).5) and insert C6 Test point the spacer (MAX φ8. (D). If not.) CN1 CN51 COMPONENT SIDE HEIGHT MORE THAN 8mm SPACER Note: For cases where the unit is often under vibration condition. (B).7m/s (Measured at component side of PCB.ZWS150PAF SERIES ● Forced air cooling 　 PCB type and with chassis type 120 C6 Average Load（％） Average Load（％） Mounting Mounting (A). the specification of insulation and withstand voltage will not be satisfied. B. 9 40 40 60 9 30 Mounting (A). (B) 0 Example: A ZWQ B A ZWS CHASSIS Mounting (F).25 slot hole by 3-M4 screws (For /SL and /SA models. (E) 9 30 PCB 80 100 9 20 nt Temperature（℃） 0 T1 100 120 unting (A). Output derating for mounting (K) is same A A as mounting (E). (L) below. mounted through holes CN51 C or D. (E) Mounting (C).) As a reference for forced air cooling. (D) 30 NOT LESS THAN 4mm NOT LESS THAN 4mm 100 120 Mounting (A) C). fix with isolated spacer (non conductive). the EMI noise and output noise will increase. to 9 9 meet 19. SIDE Note : Output derating COMPONENT for mounting (J) is same Bas mountIng B(C). C. ● If you use function of the Remote ON/OFF control. Fuse rating is specified by in-rush current value at line turn-on. Use slow-blow fuse or time-lag type fuse. VS-P ZUP 　　　　　　　OUTPUT： AWG#22 . make the following checks. ● Check if the output current and output wattage do not exceed specification. ● Check if the output voltage control (V. ● Check if the wire material is not too thin. Output Alpha II DLP FPS Genesys HK-A HWS 5.. Notes 1) Over voltage Category II.5 holes and 2-R2. ZWS -PAF A-468 ・All specifications are subject to change without notice.) values under the actual load condition. ● Use all lines as thick and short as possible to make lower impedance. ● Recommened screw torque is 0. ●A udible noise can be heard when input voltage waveform is not sinusoidal wave.) D: Embossed tapped and countersunk holes by 2-M4 Input screws. ● Audible noise can be heard during dynamic-load operation.cm) ● Select the wire materials to adapt the MOLEX and J. . please return to our service center or factory. ●N oise can be eliminated by attaching a capacitor to the load terminals ● For safety and EMI considerations. Wiring Method ●T he output load line and input line shall be separated and twisted to improve noise sensitivity.25 slot holes by 4-M4 screws Input (For/SL and /SA models.S.#18 6. ● Check if the rated input voltage is connected. check if the Remote ON/OFF control connector is not opened.m (5kg. connect FG terminal JWS-P JWT MTW RKE SWT UNA VS Refer to the following fuse rating when selecting the external fuses that are to be used on input line. Repair ZWQ ZWS the fuse according to input current (rms. Surge current flows when line turns on. Before concluding that the unit is at fault.T connector as follows. these holes can not be used.ADJ) is properly adjusted. Do not use fast-blow fuse. ZWDPAF 2) Radio Interference Suppression Test is not performed. 9. External Fuse Rating RKY RTW of input connector and mountable FG to ground terminal of equipment.ZWS150PAF SERIES （J） Input （K） Output （L） C: 2-φ4. ZWS150PAF: 5A 7. Do not select Before concluding that the unit is at fault. 　　　　　　　INPUT： AWG#22 .#18 In case of damage or repair of this product.. 8.49N. ● Check if the wiring of input and output is correct. The outputs of these products must be earthed in the end use equipment to maintain SELV. when applied to a product covered by this handbook.) See NOTE A NOTE A: For cover & chassis type (model: ZWS240PAF/A). The mounting surface of the spacer should be ● Connector for remote ON/OFF control: within MAX 8mm. JWS-P JWT MTW 1.T) See NOTE A Terminal Pin Connector Housing ⑥ ＋: +Output terminal BXH-001T-P0.ZWS240PAF SERIES ZWS240PAF Series Instruction Manual BEFORE USING THE POWER SUPPLY UNIT Pay attention to all warnings and cautions before using the unit.6 ⑦ −: . and do not touch the component side. ● Do not drop or apply shock to power supply unit. ● This power supply is PC board type unit.S. ● When the unit is operating. If the outputs are not earthed. ⑤ CN2: ON/OFF control terminal (primary circuit) 　 CN2. paratus or equipment by electrically conductive spac＊Hand crimping tooling : JHTR2445A (MOLEX) ers.ADJ: Output voltage adjust trimmer (VR51) ＊CN2 is normally shorted by JM-2W-96 (J. ● This power supply has a possibility that hazardous voltage may occur in output terminal depending on failure mode. CN52 (J. WARNING and CAUTION ● Do not modify.S. 5239-08 Output 5167PBTL （CN51） 5273-08A or 2139-08 Frame Ground (Connected to pin 1 of CN1) or 3069-08 Must be connected to electrically safety ground of ap＊Output current of each connector pin must be less than 5A. ● Never operate the unit under over current or shorted conditions for 30 seconds or more and out of input voltage range in specification which could result in damage or insulation failure or smoking or burning. Please lift the power supply with a spacer when mounting the power supply on any surface. ● Confirm connections to input/output terminals are correct as indicated in the instruction manual. N L −R VR51 ZUP ZWDPAF ZWQ ZWS ZWS -PAF CN52 2 1 CN1 5 FG 3 CN52 2 1 1 2 CN2 −R ＋R ＋R VS-P −R ＋R ① L: ② N: ③ FG: ④ FG: CN51 − A-469 . ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external signal. you may get injured by an accident. ● This power supply is capable of providing hazardous energy output (240VA).T) clockwise. /A) AC input terminal (pin 4 of CN1) Connector Housing Terminal Pin Neutral line 5239-06 Input terminal FG (pin 1 of CN1) Input 5414-30B or 2139-06 5167PBTL （CN1） or 3069-06 Safety earth (Frame Ground) Connect to safety ground of apparatus or equipment. You may get electric shock or burned. keep your hands and face away from it. damage to the unit or a fire hazard.T) or YRS-110 (J. remote ON/OFF control cannot be used. Incorrect usage could lead to an electric shock. Stick the WARNING label for users on the system equipment and describe the notice in the instruction manual.S. −R VR51 − 1 2 3 4 5 6 7 8 CN51＋ N 1 L ＋R 1 2 CN2 CN1 FG ・All specifications are subject to change without notice. ● This power supply is primarily designed and manufactured to be used and enclosed in other equipment.T).S.Output terminal B2B-XH-AM XHP-2 or SXH-001T-P0. These terminals must not be user accessible. Please hold the board edge while mounting. The output voltage rises when a trimmer is turned ＊Hand crimping tool: YC-110R (J. they may have high voltage or high temperature.6 ⑧ V. indicates compliance with the low voltage directive (73/23/EEC) as modified by the CE Marking Directive (93/68/EEC) which complies with EN60950. it must be considered hazardous and must not be made user accessible Alpha II DLP FPS Genesys HK-A HWS Note : CE MARKING CE Marking. the end equipment manuafacturer must provide protection to service personal against inadvertent contact with output terminals. ● Do not touch the internal components. Terminal Explanation RKE RKY 1 ZWS240PAF −R VR51 CN52 2 1 1 2 CN2 − 8 7 6 5 4 3 2 1 CN51＋ 1 FG 4 N 6 L CN1 RTW −R ＋R ＋R SWT UNA VS AC Input terminal (pin 6 of CN1) ● Input & output connector (MOLEX) Live line (fuse in line) 　 (also for option model /L. 1 （CN51） Safety earth (Frame Ground) ＊Output current of each connector pin must be less than 5A.ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer is turned clockwise.S.) See NOTE A NOTE A: For cover & chassis type (model: ZWS240PAF/TA).) with an external signal. ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external signal. ① L: −R ＋R DLP − 1 2 3 4 5 6 7 CN52 8 CN51＋ − 8 7 6 5 4 3 2 1 CN51＋ 1 FG Alpha II CN52 2 1 VR51 CN1 5 FG −R ＋R −R 2 1 1 2 CN2 −R ＋R ＋R N L UNA ＋ VS ZWDPAF AC Input terminal L (M4 screw) Live line (fuse in line) ●Input & output connector (EMUDEN) AC input terminal N (M4 screw) ② N: 　(also for option model /TL. /JA) AC input terminal (pin 3 of CN1) ② N: Connector Housing Terminal Pin Neutral line Input B3P-5-VH VHR-5N SVH-21T-P1.S.ZWS240PAF SERIES 2 ZWS240PAF/J 3 N 1 L ＋R 1 2 −R CN2 VR51 4 N 6 L CN1 −R VR51 CN51 − CN1 5 FG JWS-P JWT MTW RKE 3 N 1 L RTW −R CN2 VR51 L 1 2 −R CN2 CN1 VR51 CN52 CN51 − FG 3 ZWS240PAF/T CN52 − 1 ＋ 2 3 4 5 6 7 8 CN51＋＋R RKY 1 2 2 1 HWS ＋R −R ＋R FG N CN52 2 1 1 2 CN2 −R ＋R ＋R CN1 2 1 HK-A −R ＋R Genesys N L ＋R 1 2 −R CN2 VR51 CN1 CN51 − FG SWT ＋ CN52 2 1 FPS AC Input terminal (pin 1 of CN1) ●Input & output connector (J. Connect to safety ground of apparatus or equipment. *Hand crimping tool : YC-160R (J. remote ON/OFF control cannot be used. CN52 (J.T) or YRS-110 (J. Frame Ground ④ FG: Must be connected to electrically safety ground of ap●Connector for remote ON/OFF control: paratus or equipment by electrically conductive spac　CN2.ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer is turned clockwise.T) ers. /TA) Neutral line Connector ③ FG: Input terminal FG (M4 screw) Input T6957-A （CN1） Safety earth (Frame Ground) Output T7094-A （CN51） Connect to safety ground of apparatus or equipment. remote ON/OFF control cannot be used.6 B2B-XH-AM XHP-2 See NOTE A or SXH-001T-P0. ⑦ −: -Output terminal (M4 screw) ＊Hand crimping tool: YC-110R (J.T).T) or YRS-110 (J. The mounting surface of the spacer should be within MAX 8mm. The mounting surface of the spacer should be Terminal Pin Housing Connector within MAX 8mm.) See NOTE A NOTE A: For cover & chassis type (model: ZWS240PAF/JA). ⑤ CN2: ON/OFF control terminal (primary circuit) BXH-001T-P0.) with an external signal.S.6 ⑥ ＋: +Output terminal ＊CN2 is normally shorted by JM-2W-96 (J.T).S. CN52 (J. ⑦ −: -Output terminal ＊Hand crimping tool: YC-110R (J.6 See NOTE A ⑥ ＋: +Output terminal (M4 screw) ＊CN2 is normally shorted by JM-2W-96 (J.S.T) Live line (fuse in line) 　(also for option model /JL.T) ers. . ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external signal.T) ⑧ V.S.1 （CN1） ③ FG: Input terminal FG (pin 5 of CN1) Output B8P-VH VHR-8N SVH-21T-P1.S.6 B2B-XH-AM XHP-2 or SXH-001T-P0. ＋R FG ZWQ 1 2 CN2 CN1 −R VR51 CN52 2 1 ZUP ① L: −R ＋R VS-P CN51 − N L ＋ ZWS ZWS -PAF A-470 ・All specifications are subject to change without notice. Terminal Pin Connector Housing ⑤ CN2: ON/OFF control terminal (primary circuit) BXH-001T-P0.T) Frame Ground (Connected to pin 5 of CN1) ④ FG: Must be connected to electrically safety ground of ap●Connector for remote ON/OFF control: paratus or equipment by electrically conductive spac　CN2.S.T) ⑧ V.S.S. CN52 (J. Frame Ground ④ FG: ● Connector for remote ON/OFF control: Must be connected to electrically safety ground of ap　 CN2. CN1 −R ＋R ＋R .) ● The output load line and input line shall be separated and twisted to improve noise sensitivity. ● Input must be off when making connections.6 B2B-XH-AM XHP-2 ⑤ CN2: ON/OFF control terminal (primary circuit) or SXH-001T-P0. (Except /T.S.T) paratus or equipment by electrically conductive spacers. ● When connecting or removing connector. use recommended crimping tool. the power supply will be damaged.ZWS240PAF SERIES 4 ZWS240PAF/S −R VR51 CN52 2 1 1 2 CN2 −R ＋R ＋R CN1 CN51 − FG N L ＋ Alpha II DLP AC Input terminal L (M4 screw) ● Input & output connector (EMUDEN) Live line (fuse in line) 　 (also for option model /SL. remote ON/OFF control cannot be used.S. If it is connected to wrong terminal. BXH-001T-P0.T). ① L: ② N: ③ FG: FPS Genesys HK-A HWS JWS-P JWT MTW RKE RKY RTW 2. ● Use the input/output connector housing.T) ⑦ −: -Output terminal (M4 screw) ⑧ V. UNA VS VS-P ZUP ZWDPAF ZWS240PAF 6 L OUTPUT INPUT CN1 CN52 2 1 VR51 COMPONENT SIDE 1 FG 4 N 85VAC265VAC −R 8 7 − 6 5 4 ＋ 3 2 1 CN51 ZWQ LOAD EARTH 1 2 CN2 −R ＋R ＋R FG ZWS ZWS -PAF 5 FG 3 N COMPONENT SIDE VR51 CN52 1 2 − 3 4 A-471 AD EARTH −R 2 1 1 2 CN2 ・All specifications are subject to change without notice. Terminal Connecting Method Pay attention to the input wiring. The mounting surface of the spacer should be Terminal Pin Housing Connector within MAX 8mm. Also.T) or YRS-110 (J. Connector housing and terminal pin is not included with this product.) See NOTE A NOTE A: For cover & chassis type (model: ZWS240PAF/SA). ● Remote ON/OFF control lines shall be twisted or use shield- SWT ed wire.ADJ: Output voltage adjust trimmer (VR51) The output voltage rises when a trimmer is turned clockwise.6 See NOTE A ＊CN2 is normally shorted by JM-2W-96 (J. ● Connect FG terminal of input connector and mountable FG to ground terminal of the equipment. ⑥ ＋: +Output terminal (M4 screw) ＊Hand crimping tool: YC-110R (J. /S models which M4 screw is used. do not apply stress to PCB. ● Output current of each connector pin must be less than 5A.S. /SA) AC input terminal N (M4 screw) Connector Neutral line Input T6969-A （CN1） Input terminal FG (M4 screw) Output T7093-A （CN51） Safety earth (Frame Ground) Connect to safety ground of apparatus or equipment. terminal pin as specified in outline drawing.S. ⑨ CN52: ON/OFF control terminal (secondary circuit) (For power supply output on and off control with an external signal. and then re-input for recovery of the output.ADJ trimmer (VR51) that is nearby to output connector is for output voltage adjustment within the range of specifications. input voltage range will be 100 .240VAC (50/60Hz). Do not operate overload or dead short conditions for more than 30 seconds. Explanation of Functions and Precautions 1 Input Voltage Range 4 Over Voltage Protection (OVP) Input voltage range is single phase 85 .370VDC. 3 Inrush Current ZWS -PAF CN2 OUTPUT FG CN52 VR51 −R LOADLOAD L N 1 2 −R ＋R COMPONENT SIDE COMPONENT SIDE ＋R 2 1 FG N FG CN1 N 85VAC265VAC −R LOAD 85VAC265VAC 1 2 CN2 −R ＋R FG EARTH 85VAC265VAC SWT ZWS ＋ L 2 1 EARTH RTW ZWQ 2 1 − OUTPUT INPUT ＋R RKY ZWDPAF CN51 FG RKE ZUP CN52 VR51 ZWS240PAF/S MTW VS-P ＋ −R COMPONENT SIDE FG CN1 VS 1 2 CN2 85VAC265VAC JWT UNA OUTPUT CN51 ＋ − L N JWS-P − INPUT CN1 CN51 CN52 VR51 OUTPUT FG EARTH HWS INPUT CN2 −R ＋R COMPONENT SIDE COMPONENT SIDE CN52 VR51 −R LOADLOAD EARTH Genesys FG N FG CN1 1 2 LOAD FG ＋R 2 1 EARTH −R 2 1 FPS 1 2 CN2 CN1 −R ＋R ＋R FG −R ＋R ZWS240PAF/T −R ＋R DLP This series has used Power Thermistor to protect the circuit from Inrush Current. Constant current limiting.265VAC (47 63Hz) or 120 . To turn the trimmer clockwise. 2 Output Voltage Range 5 Over Current Protection (OCP) V.EARTH 85VAC265VAC 1 L OUTPUT COMPONENT SIDE INPUT OUTPUT ＋R 1 2 −R CN2 CN1 5 FG 3 N 1 L VR51 COMPONENT SIDE INPUT OUTPUT −R ＋R 2 1 2 1 VR51 LOADLOAD 85VAC265VAC 3 N CN2 COMPONENT SIDE INPUT 1 2 − 3 4 5 6 ＋ 7 8 CN51 LOAD ZWS240PAF/J EARTH 85VAC265VAC 3 N CN1 FG 5 1 L CN52 1 2 − 3 4 1 5 2 6 ＋ 3 − 7 4 8 5 CN51 6 ＋ 7 8 CN52 CN51 −R ＋R EARTH CN52 VR51 −R 2 1 ZWS240PAF SERIES 1 2 −R ＋R CN2 ＋R CN1 5 FG Alpha II L N 85VAC265VAC 85VAC265VAC HK-A ＋R EARTH L INPUT ＋R 1 2 CN2 CN1 INPUT 2 1 CN51 CN52 − CN51 ＋ − ＋ −R CN52 VR51 COMPONENT SIDE FG L VR51 OUTPUT INPUT CN51 OUTPUT − ＋ 3. OCP function operates when the output current exceeds OCP specifications. The output will be automatically recovered when the overload condition is cancelled. The input shall be removed for a few minutes. the output voltage will be increased. automatic recovery. ・All specifications are subject to change without notice. The OVP function (Inverter shut down method. OVP setting is fixed and not to be adjusted externally. which could result in damage. Note over voltage protection (OVP) function may trigger if the output voltage is increased excessively. . Please carefully select input switch and fuse in cases of the high temperature and reinput the power. OVP function operates within the range of OVP specifications. EN) are required. Input voltage which is out of specification may cause unit damage. For cases where conformance to various safety specs (UL. the output will be shut down. When OVP triggers. CSA. A-472 6 Over Temperature Protection (OTP) OTP circuit is built into the power supply to prevent power supply from damage when ambient temperature over the specification. manual reset type) is provided. Load INPUT Ambient Temperature (℃) −10 to ＋45℃ within 10 seconds ＋45℃ onwards within 5 seconds Peak current operating time Alpha II 3） The relation between peak output current with average output current is defined as below: Cable P.ZWS240PAF SERIES 2） Duty cycle of the peak output current should be < 7 Output Ripple & Noise 35%. In this case. If the power supply is operated under measured according to measurement circuit specified convection cooling. Mounting A.4％ 0 1.4％ 0 6. Oscilloscope Bandwidth：100MHz HK-A 8 Series Operation For series operation.55 90％ 9 20 30.5×Io2≧Ip2×D+Im2×(1-D) (A): In case of Im=0. /JA. HWS JWS-P JWT MTW RKE RKY RTW SWT UNA Max allowable average load after derating by various Mounting and Ta： Examples of peak load derating. film capacitor. /TA. D ≦ 9.30 10％ 1 20 0.5×Io2≧Ip2×D＋Im2×（I-D） Example I : For ZWS240PAF-24 at Ta=60℃.5% (B): In case of Im=4A. When load lines are longer. ZWS -PAF A-473 . the by JEITA-RC9131. etc. Ip=20A.88 40％ 4 20 6.0％ 3.4％ 0 3. the peak output current should satisfy the conditions below: 1） Should not exceed the rated peak current in the speci- ・All specifications are subject to change without notice. Power Supply Output Terminal Load Ip＝Peak output current Im＝Minimum output current Ｄ＝Duty cycle. either method (A) or (B) is possible. Power Supply Output Terminal Load Output Terminal （A）（B）To use as back-up power supply 1.68 60％ 6 20 13. becomes larger. might be necessary to use across the load terminal.68 20％ 2 20 1.92 9. ripple following operating period for peak current is recommended.4％ 0 0.70 50％ 5 20 9. 20A for ZWS240PAF-24) FPS Genesys Film Capacitor Electrolytic Capacitor Film Capacitor Power Supply DLP Remote ON/OFF Control Remote ON/OFF control (CN2.80 70％ 7 20 18. Remote ON/OFF control can be used by following 2 modes.S.4％ 0 0. Please note that the actual Io in peak load operation is low. for Cover and Chassis type (eg. Adjust the output voltage of each power supply to be the same. D ≦ 13. CN52) function is available. Ip=20A. Using this function allows the user to turn the output on and off without having to turn the AC input on and off.08 80％ 8 20 24. （B） Peak Output Current For ZWS240PAF series. The output ripple cannot be measured accurately if the probe ground lead of oscilloscope is too long. calculated by above formula Average Load（％） Io（A） Ip（A）max Actual Io VS D max Im （A） Io （A） 100％ 10 20 35.08 VS-P ZUP ZWDPAF ZWQ ZWS Output Terminal fications.0％ 0 4. electrolytic capacitor.0％ 0 1. τ/T τ＝Peak output current operating time Ｔ＝Period Io＝Maximum allowable average output current of specifications (Io should be average load after derating at various mounting and ambient temperature) Formula： ZWS240PAF：　1. ZWS240PAF/A. /SA) cannot be used. U se within the specifications for output voltage and output power. (eg. Set power supply output voltage higher by the forward voltage drop (VF) of diode 2.5％ 0 2. Max Io = 6A (after 60% Derating) 1. and ambient exceeds 45℃. Power Supply Output Terminal Output Terminal Load Output Terminal Load Load Output Terminal Method ( A ) Method ( B ) 9 Parallel Operation （A）To increase the output current is not possible. 3.5％ 0 0.20 30％ 3 20 3. However.9% Example II: Following table illustrate some peak load operation examples for ZWS240PAF-24. and operating time of peak output current is less The standard specification for maximum ripple value is than 10 seconds. (H).Output （dotted line） 3kVAC 1min. Connect input and output as follows. which is considered to be electrically connected to Alpha II DLP FPS Genesys the mains input voltage. (C). 2. voltage setting of DC isolation tester must be done before the test. It is controlled by the voltage applied to +R and –R. In the following derating curve. (D).5V) ON SW OFF (Lower than 0. In particular： 1） Basic insulation must be provided between the ON/ OFF control circuit and earth.5kΩ nector. Mounting Directions 1 Output Derating according to the Mounting Directions Recommended standard mounting method is (A).8V) OFF ZUP ZWDPAF Output . For safety operation. the power supply may be damaged by high impulse voltage at timer switch on and off. (I) are prohibited.5 . The applied voltage must be gradually increased from zero to the testing value and then gradually decreased for shut down. remove short piece of CN2. average load (%) is percent of maximum output load (both maximum output current and maximum output power in specifications). Ensure that the it is fully discharged after the test. Please do not use installation method (F).ZWS240PAF SERIES Using CN2 It is controlled by short or open between +R & -R of CN2. A-474 ● PCB type Input Output Input Component Input Input Output （A）Standard Mounting （B）（C）（D）（E）（F）Prohibited ・All specifications are subject to change without notice. Method (B).5VDC No required 12. （20mA） Input . When using this con- External voltage level: E External resistance: R 4. . This circuit is in the Secondary (output) side of the power supply unit. 3） Wiring must be routed such that damage to the insula- HK-A JWS-P Isolation Test At first. Mounting (F). set current limit of the withstand voltage test equipment to 20mA (Output-FG (Chassis): 100mA). all the requirements of EN60950 must be met with respect to the connector. When timer is used.5VDC 1. Isolation Tester Withstand Voltage This series is designed to withstand 3. CN2 is provided in the primary circuit for ON/OFF control by means of a switch or other device.12. （100mA） 4. (E) are also possible. +R & -R Terminal condition Output condition Short ON Open OFF Using CN52 RKE RKY RTW Isolation resistance between output and FG (Chassis) shall be more than 100MΩ at 500VDC. where the PCB will be on the top side and heat will be trapped inside the unit. Input .FG （Chassis） 500VAC 1min. Do not exceed the load deratings. VS VS-P +R & -R terminal condition ZWQ ZWS ZWS -PAF Output condition SW ON (Higher than 4. When testing withstand voltage.0kVAC between input and output. Do not connect in the Primary (input) side. JWT MTW [CN2] The control mode is shown below. wiring and switch etc. And this circuit is isolated from the output by a photo-coupler. 4） The switch must meet requirements for reinforced insu- HWS lation from the ON/OFF control circuit to actuator/accessible parts. (G). 2） Reinforced insulation must be provided between the tion of the wire or additional sleeving cannot occur. Output−FG（Chassis） 500VDC 100MΩ or more ON/OFF control circuit and any secondary circuit or accessible part.24.5 .FG （Chassis）（solid line） 2kVAC 1min.0kVAC between input and FG (Chassis) and 500VAC between output and the FG (Chassis) each for 1 minute. Refer to the derating below. （20mA） Power Supply SWT Withstand Voltage Tester UNA Withstand Voltage Tester [CN52] The control mode is shown below. （E） 60 100 20 60 Ta 1. (E) 60 （240W） 120 120 （240W） 50 With chassis and cover type Average Load（％） Mounting （C）（D） . B. E −10 to 50℃ 120 60℃ . (E) 60 DLP 20 （I）Prohibit 0 -10 0 120 100 100 （300W） Mounting （A）（300W） 40 Mounting 80 Mounting （A）（E） 40 80 （240W） 20 60 Mounting （B）（C）（D） .（B） .（D） . (D).5 （240W） Average Load （％） Average Load（％） With chassis 80 and cover type 0 40 -10 0 20 40 50 60 Mounting −10 to 5℃ 15℃ 25℃ 50℃ 40 50 60 Ambient Temperature（℃） 70 70 70 HWS 0 -10 0 JWS-P 30 40 50 60 Ambient Temperature（℃） 10 20 JWT 0 30 10 MTW 70 20 30 40 50 Ambient Temperature （℃） 40 50 60 Ambient Temperature （℃） Forced air 70 RKY Average Load（％） Mounting Ta RKE 60 A.7m/s 80 Mounting （A） Mounting （B） . (B).（C） . (C).5 35℃ 100 100 90 90 75 40℃ 100 93.7m/s 0 10 20 30 40 50 60 Ambient Temperature（℃） 70 ZUP ZWDPAF ZWQ Average Load（％） Convection 20 20 1.7 70 70 50 120 50℃ 86.5 45℃ 100 86.（C） 40 80 60 Mounting (A).7 80 60 60 37.ZWS240PAF SERIES ● With chassis. B.（D） .5 55℃ 73.7m/s (Measured at component side of 100 　PCB.（E） 0 -10 FPS 70 Average Load（％） Mounting （A） .（E） Mounting（A） RTW 100 70 ＊Recommended minimum air velocity: 0. As a reference for forced air cool （300W）　ing. (B).5m/s 0 0.（B） . (C).（C） .（E） Mounting （A） . D.5m/s 40 0.（B） . let air flow so that the transformer T1 core temperature is lower than 80℃ C6 T1 Test point （CORE） PCB SWT UNA VS 1.5m/s 0.（D） Average Load（％） Average Load（％） Mounting （B） 20 60 30 80 （240W） 120 100 Mounting （A） .7m/s -10 20 30 10 20 60 Ambient Temperature（℃） Mounting （D） . C.3 80 80 62. C. with chassis&cover type ● Forced air cooling PCB type and with chassis type Input Output Input Component Input Input Output （E）（H）Prohibit （G）Prohibit （F）Prohibited （D）（C） Average Load （％）（B）（A）Standard Mounting 100 80 Mounting (A). (D). D.（C） 0 10 20 30 40 -10 0 0 Genesys （300W） Mounting （D） . 0 Mounting 10 20 30 40 -10 0 Mounting （E） 40 50 60 Ambient Temperature（℃） 70 20 Convection Average Load（％） Mounting A B C D E Ta0 -10 0 10 20 30 40 50 60 70 100 100 100 100 100 −10 to 25℃ Ambient Temperature （℃） 30℃ 100 100 100 100 87.（E） 60 100 80 Average Load （％） Average Load （％） Average Load（％） Average Load（％）（240W）（240W） 20 Forced air Mounting Ta 120 60 100 10 Ambient Temperature （℃） Output Derating ● Convection cooling PCB type and with chassis type 80 120 Alpha II 40 A B C D E 100 100 100 50 100 100 80 30 100 100 80 30 100 80 60 10 100 80 60 10 ZWS ZWS -PAF ・All specifications are subject to change without notice. E 40 80 Mounting （B） . A-475 .（C） .（B） .3 60Mounting 50 （A） 50 25 10060℃ 60 40 40 40 12. air must flow through component side).5m/s 0. 60 100 40 −10 to 60℃ 70℃.（E） 20 HK-A 100 （240W） 20 10 A.（D） .（C） .7m/s 0 40 -10 0 0 -10 10 20 VS-P 30 40 50 60 Ambient Temperature（℃） 70 1. Surge current flows when line turns on.#18 　　　　　　　OUTPUT: AWG#22 .5 holes and R2. to meet CHASSIS 19. connect FG terminal of equipment. the specification of insulation and withstand voltage will not be satisfied. .2 Mounting Method PCB type WIRE HEIGHT MORE THAN 8mm METAL SPACERS the spacer (MAX φ8. ● Use all lines as thick and short as possible to make lower impedance.0) of height over 8mm to lift the unit. If the space is not enough.m (5kg. JWS-P 9 9 DLP Recommended mounting by following holes A or B. Mounting direction (F) & (G) are prohibird CN1 as shown in section 4-1.5) and insert 9 9 9 9 9 ZWS240PAF SERIES FPS Genesys HK-A HWS HEIGHT MORE THAN 8mm SPACER NOT LESS THAN 4mm NOT LESS THAN 4mm JWT MTW RKE NOT LESS THAN 4mm NOT LESS THAN 4mm 9 9 9 9 For chassis option /L. Do not select the fuse according to input current (rms. Do not use fast-blow fuse. Wiring Method RTW SWT UNA VS VS-P ●T he output load line and input line shall be separated and twisted to improve noise sensitivity. 9 Hatching area 9is maximum permissible area of metal part Also use all 5 mounting holes for the unit installation. chassis & cover option /A Please leave 4mm space from the surfaces and leave 4mm space from the sides of PCB. Use slow-blow fuse or time-lag type fuse.T connector as follows. 9 9 9 9 Alpha II FG CHASSIS （CONDUCTOR） 9 SPACER Please use the mounting hole (5 holes of φ3.25 slot hole by 3-M4 screws (For /SL and /SA models.#18 of input connector and mountable FG to ground terminal ZUP 6. External Fuse Rating ZWDPAF ZWQ ZWS Refer to the following fuse rating when selecting the external fuses that are to be used on input line. 　　　　　　　INPUT: AWG#22 . ZWS240PAF: 6. ● For safety and EMI considerations. RKY 5. these holes can not be used) CHASSIS NOT LESS THAN 4mm A B CN1 CN51 COMPONENT SIDE B A NOT LESS THAN 8mm A B A FG should be connected to the earth terminal of the apparatus.49N. 8mm space is necessary. Fuse rating is specified by in-rush current value at line turn-on.) values under the actual load condition. The vibration spec is the value taken when the unit is raised by 8mm spacers. If not. especially from the solder surface.cm) ●R ● Select the wire materials to adapt the MOLEX and J. ecommened screw torque is 0.3A ZWS -PAF A-476 ・All specifications are subject to change without notice. A B CN51 A A: Embossed tapped COMPONENT and countersunk holes by 4-M4 SIDE B screws B A A B: φ4. ●N oise can be eliminated by attaching a capacitor to the load terminals. the EMI noise and output noise will increase.S.6m/s2 vibration specification. for mounting. Genesys HK-A HWS 9. ● Check if the output current and output wattage do not over specification. JWS-P JWT MTW RKE RKY RTW SWT UNA VS VS-P ZUP ZWDPAF ZWQ ZWS ZWS -PAF ・All specifications are subject to change without notice. Notes 1）Over voltage Category II. ●C heck if the wiring of input and output is correct. check if the Remote ON/OFF control connector is not opened.ZWS240PAF SERIES 7. ●C heck if the output voltage control (V. ● If you use function of the Remote ON/OFF control. please return to our service center or factory.. Before concluding that the unit is at fault. A-477 . 2）Radio Interference Suppression Test is not performed. ●C heck if the rated input voltage is connected. Repair In case of damage or repair of this product. make the following checks.. ●C heck if the wire material is not too thin.ADJ) is properly adjusted. ● Audible noise can be heard during dynamic-load operation. ● Audible noise can be heard when input voltage waveform is not sinusoidal wave. Alpha II DLP FPS 8. Before concluding that the unit is at fault. A-478 .

Comments

Description