QUALITY INNOVATION SUCCESS WITH INNOVATION AND QUALITY

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2 SUCCESS WITH INNOVATION AND QUALITY QUALITY INNOVATION PULS is the only orgnistion solely foused on the design nd mnufturing of DINRil power supplies for industril pplitions. This llows Bernhrd Erdl nd his experiened tem to develop premium pioneered produts. Smllest sizes, industry leding effiienies, esy integrtion in mhines nd systems, omprehensive dtsheets, exellent overlod ehviour, re only some of the strong fetures whih mke us the leder in tehnology for DINril power supplies. The suess story with PULS DINril power supplies strted with the SilverLine units, whih were lunhed over 12 yers go. This gret suess hs ontinued with the MiniLine nd DIMENSION units. The verstile utiliztions in vrious fields of pplition of our power supplies s well s the interntionl honours suh s the Frost & Sullivn Tehnology Ledership Awrd onfirm tht PULS is on the right trk. PULS R&D deprtments re loted in Germny. The high qulity of the units is ensured y the ompny s own ftories in the Czeh Repuli nd Chin. If you nnot find stndrd unit for your needs in the urrent rnge of PULS produts, then plese ontt our susidiry ompny MGV. MGV hs een memer of the PULS Group sine 24 nd the MGV tem will e hppy to help with ustomised solutions. 3

3 OUR STRONG POINTS CONTENT CONTENT Smll ful Esy 1 2 Produt Overview...69 New Produts PULS power supplies re t the forefront of the mrket with the smllest nd most powerful units for their size. The dimensions re s muh s 5% smller thn other stndrd produts whih enles signifint spe redutions in ontrol inets nd mhines. Be retive nd tke dvntge of these new possiilities. Until now, the effiieny of our units hs een unrivlled due to miniml losses nd our stteofthert tehnology. This si requirement is essentil to hieve smll size without ompromising in qulity or reliility. We lso gurntee high MTBF nd long life expetny figures s well s offering three yer wrrnty. Lrge power reserves support the strting of hevy lods suh s motors or pitive lods. With PULS, power supplies no longer hve to e oversized to ommodte shortterm pek lods of dynmi urrent demnds. Depending on the series, PULS gurntees Bonus of 5% or Boost up to 25%. For the DIMEN SION CSeries this extr urrent n e hndled ontinuously for mient tempertures elow 45 C. With these power reserves, the user does not need to oversize ut simply hooses unit whih meets the operting requirements. In some ses, smller unit n e seleted sving oth money nd spe. All signls nd ontrol elements re strightforwrd, self explntory nd esily essile. The ptented DINril system nd spring lmp terminls do not require tools nd mke the instlltion effortless. Wide rnge or utoselet input voltges void user errors. The wide operting temperture rnge nd the extrordinry EMI immunity enles troule free opertion, even under hrsh onditions. With n extensive pprovl pkge, universl input voltges nd worldwide support, hoosing PULS power supplies is mde esy round the gloe Phse Supplies Voltge Additionl Voltges Phse Supplies Voltge Additionl Voltges / Converter Input Voltge 88375Vd nd 369Vd Input Voltge 12Vd, d, 48Vd Supplies for ASInterfe Systems UPS s, Bttery Modules nd Modules Redundny nd Diode Modules Stndrds nd Approvls The smll footprint enles lrge spe redutions llowing you to e retive nd tke dvntge of new possiilities. Time Generous power reserves for lods with dynmi urrent demnds. In mny ses, you n rely on the next smller unit whih n sve you money. For seure onnetion: Virtion proof quikonnet springlmp terminls, no tools required. 1 Tehnil Notes Protetion of Brnhes with Ciruit Brekers Supplies for DevieNet Systems Chrteristis of SemiRegulted Supplies Mins Voltges Worldwide Conforml Coted Supplies Series Connetions of s Prllel Connetions of s... 5 Mounting Aessories Using only Two Legs of the Three Phse System

4 OUR PRODUCT FAMILIES Produt Overview1 DIMENSION DIMENSION offers you everything from si units with only essentil funtions to premium produts for more demnding pplitions. Other DIMENSION units offer semiregultion, uffer modules, UPS s nd lrger ssortment of essories. Thnks to the wide vriety of options, you only py for the fetures you need. SilverLine The lssi power supply fmily for generl pplitions whih hs een proven over million times. They will e grdully ugmented y the DIMENSION series. Single or threephseinput Redundnt power supplies ASInterfe power supplies 1Phse Supplies 3Phse Supplies / Converter UPS MiniLine The MiniLine series overs the lower power requirements in the rnge from 15W to 1W. The units in their rugged plsti housing re highly effiient, ompt, n e instlled in seonds nd re extremely relile. Aprt from the stndrd power supplies, mny other output voltges re lso ville. Singlephse or 4/48V input Roust plsti housing Wide temperture rnge from 1 C to 6 C voltges from 5V to 56V Quikonnet springlmp terminls Diode module for redundny modules Redundny nd Diode Modules MiniLine 151W 91W 1A SilverLine 624W 1296W 4W 2.5 DIMENSION CSeries 824W 9624W 9212W QSeries 896W 4896W 48W XSeries 96W USeries 1A, 48V YSeries Q Series: Premium Clss Supplies Suitle when you need stteofthert tehnology nd flexiility for demnding tsks. With outstnding effiienies, 5% Bonus nd mny other fetures, this series is the Best in Clss. 5% Reserves nd widernge input Low inrush urrent surge OK rely ontt (exept QS3) Exellent power ftor Ative power ftor orretion (PFC) Ative filter ginst input trnsients Quikonnet springlmp terminls Extensive pprovl pkge U Series: Bridging of Outges Bkup systems: for minutes with UPS needing only one 12Vttery or for seonds with our tteryfree uffer module. This improves sfety nd prevents downtime, loss of dt nd long restrt sequenes. C Series: Supplies nd / Converters For users looking for highly relile power supplies in ompt housing whih re esy to use. Fousing only on the essentils hieves signifint prie dvntges. 2% reserves Low inrush urrent surge Lrge srew onnetion terminls X Series: Semiregulted 3Phse Supplies For motors nd other powerhungry lods. Smll size, mximum effiieny, low prie re the enefits with only minor ompromises in output voltge regultion preision nd uffer time. 25% reserves No inrush urrent surge Effiienies up to 96% Y Series: Diode nd Redundny Modules For uilding redundnt power supply systems or to isolte sensitive iruits. Redundny modules with lrm ontts Diode modules without lrm ontts Z Series: Mounting Aessories For instlltion in low profile inets or for pnel instlltions where no DINril is ville. 7

5 Produt Overview Preferentil Produts Produt Overview1 1Phse Supplies Pge Input Speil Fetures 5V ML V 1 5A ML V 1 12V 1. ML V 1 2.5A ML V 1 very low output noise 4. ML V 1 7.5A ML V 115/23V QS V 1 ±12V 1.5A ML ±1215V 1 duloutput voltge.6 ML V 1 1. ML V 1 2.1A ML V 1 2.1A ML V 1 onforml oted 2.1A ML V 1 optimized for prllel use 2.1A ML V 1 with srew terminls 2.5A SL /23V 2.5A SLR /23V for redundnt pplitions ML V 115/23V 3. CS V 1 3. QS V 1 3. QS5.DNET 14 1 DevieNet pproved 3. ML V 115/23V NEC Clss 2 4. ML V 115/23V 4. ML V 115/23V onforml oted 5A CS V 115/23V 5A CS5.241C V 115/23V onforml oted 5A CS5.241S V 115/23V springlmp terminls 5A CS V 112V 5A CS V 2 5A QS V 1 5A SL /23V 5A SLR /23V for redundnt pplitions QS1.DNET V 1 DevieNet pproved 1A CS V 115/23V 1A CS1.241S V 115/23V springlmp terminls 1A CS V 115/23V with PFC indutor 1A CS V 112V 1A CS V 2 1A QS V 1 1A QS1.241C V 1 onforml oted 1A SL V 115/23V 1A SLR /23V for redundnt pplitions QS V 1 QS2.241C V 1 onforml oted QS V 2 QS V 2 3V QS V 1 36V 13. QS V 1 48V 1.5A ML V 1 2.1A ML V 115/23V 5A CS V 115/23V 5A QS V 1 1A QS V 1 Supplies for the 3Phse System Pge Input Speil Fetures 12V CT V V 3.75A ML V V 4. ML V V 5A CT V V 5A SL V 3 45V 1A CT V V 1A SL V 3 45V 1A SL V 3 45V onforml oted QT V V QT2.241C V V onforml oted SL V 3 45V QT V V SL V 3 45V with signl ontts XT V 3 4V semiregulted XT V 3 48V semiregulted 36V 13. QT V V 26. XT V 3 4V semiregulted 26. XT V 3 48V semiregulted 48V 5A CT V V 1A QT V V QT V V XT V 3 4V semiregulted XT V 3 48V semiregulted 72V 13. XT V 3 4V semiregulted 13. XT V 3 48V semiregulted ASInterfe Supplies 3.6V 2. SLA V 115/23V SLA V 115/23V with groundfult monitor SLA V 115/23V SLA V 3 45V SLAD V / onverter / Converters 5V SLD V 12V CD V 3. CD5.241L1 3 NEC Clss 2 CD V 12V 5A CD V 5A CD5.241S V with signl ontts 5A CD V 48V QTD V 6V for intermedite us Redundny nd Diode Modules MLY V, 2x5A dulinput diode deoupling module YR2.DIODE 4 16V, 2x1A dulinput diode deoupling module YRM2.DIODE 4 246V, 2x1A dulinput redundny module SLR V, 1x singleinput redundny module SLR V, 2x dulinput redundny module UPS nd Modules UB , 1A UPS ontrol unit for ext. tteries 3.9h UB , 1A UPS ontrol unit for ext. tteries 171h UB , 1A UPS with dditionl 12V output UBC , 1A UPS with integrted 5Ah ttery UZK V, 7Ah ttery module for UPS UZK V, 2h ttery module for UPS SLV2.2 38, pitor uffer module, typ. 31ms t UF , pitor uffer module, typ. 31ms t UF V, pitor uffer module, typ. 15ms t 9

6 SLAD4.1 UBC1.241 Bttery Inside / Converter for ASInterfe Aside from ASInterfe power supplies for 1 nd 3phse systems, / onverter is now ville. This onverter is simply powered from the us nd voids hzrdous power line voltges on systems nd mhines. The SLAD4.1 provides the ASInterfe voltge of 3.6V nd lredy inorportes the required dt deoupling iruit. See pge 32. UPS with integrted ttery The UBC1 hs the required single ttery inluded nd is ompt ddition to our UPS line. This sves spe, minimises wiring effort nd voids wiring errors during instlltion. Perfet for inets nd pnels whih do not get wrmer thn 4 C. See pge 34. Input WxHxD Input Bttery Time WxHxD ASi 3.6V, 4x124x12mm, 1A () 12V, 5Ah inluded typ. 6 minutes 123x124x119mm NEW New NEW PRODUCTS 29 Two new power supplies for 3phsesystems Two new DIMENSION power supplies extend the hoie of ville units for 3phse systems in the lower power rnge. With width of only m for the 12W nd 62mm for the 24W power supply, these two units re extremely smll ompred to the urrent mrket stndrd. See pges 23 nd 24. Input CT5: V CT1: V 1215V, 2428V or 4856V WxHxD CT5: 4x124x117mm CT1: 62x124x117mm 2 Produts CT5, CT1 CT5: m CT1: 62mm ML15 Exellent ost/performne rtio: MiniLine with 15 Wtt For lowpower requirements, three new units hve een dded to the MiniLine fmily. With width of only 22.5mm, three different output voltges re now ville. See pges 12 nd 18. Input 1 5V, 1215V or 2428V Temperture 1 C to 6 C WxHxD 22,5x75x91mm 96W DIMENSION 1 nd 3phse power supplies All the winning fetures of the QSeries re now lso ville in versions. The DIMENSION 3phse units only require 11mm nd the 1phse unit 125mm spe on the DINril. These dimensions set new enhmrk in DINril spe requirements. See pges 17, 25 nd 27. Input QS: 2 QT: V 2428V or 4855V WxHxD QS: 125x124x117mm QT: 11x124x117mm QS4, QT4 QS4: 125mm QT4: 11mm UB1.245 Input 12V UPS with n dditionl 12V output For pplitions requiring supply voltges of 12V nd, very simpletouse dul output unit hs een designed. With just one UPS nd one single ttery, oth output voltges n e provided during norml opertion nd in the event of power filures. See pge 35. Input Totl WxHxD, 1A nd 12V, 5A mx. 24W 49x124x119mm Verstile 12W / Converter A whole new series of / onverters for the DINril is now ville in the DIMENSION series. All / onverters hve glvnilly isolted output nd re speified with full output power in the temperture rnge from 25 C to 6 C. See pges 3 nd 31. Input CD V 1215V, 96W CD V 2428V, 12W CD V 2428V, 12W CD V 2428V, 96W CD5.241S1* V 2428V, 12W CD5.241L1** V 2428V, 92W * Springlmp terminls, OK nd InputLowsignl ** NECClss2 pproved CD5 11

7 Supplies for 1PhseSystems 1Phse 3 Supplies 15W 6W PULS offers the lrgest produt rnge of DINril power supplies. The vrious fetures nd output powers of the individul units llow for optiml seletion for wide rnge of pplitions nd requirements. Choose suitle power supply from the three produt fmilies MiniLine, SilverLine nd Dimension. 1Phse Supplies : 15W 3W 5W 6W A 2.1A 2.5A 2.5A Fmily MiniLine MiniLine MiniLine MiniLine SilverLine SilverLine Voltge nom. 2428V 2428V 2428V 2428V ontinuous nom A A 2.5A shortterm ontinuous nom. 15W 3W 5W 5W 6W 6W shortterm Reserves min. Ftory Setting 1) typ. 24.5V 24.5V 24.5V 24.V 24.5V 24.V Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 5mVpp 5mVpp 25mVpp Vpp Overlod Behviour Hiupmode ont. urrent ont. urrent ont. urrent ont. urrent ont. urrent Input Voltge nom. 1 15%/1% 1 15%/1% 1 15%/1% 1 15%/1% 112V/ 2 #) 15%/1% *) ML5.19 with onforml oted PCord, ML5.111 with srew terminls (plug onnetor,) depth 98mm, #) Mnulselet y slideswith Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 112V/ 2 #) 15%/1% Input 3) mx... 1.A 1.A 1.3/.7A 1.3/.7A Hrmoni Corretion 8) EN 6132 (PFC Norm) no no no no no no Ftor 12/23V 1) typ..51/.44.61/.53.56/.52.56/.52.6/.51.6/.51 HoldUp Time 12/23V 1) typ. 47/196ms 46/2ms 4/18ms 4/18ms 53/5s 53/5s Input Inrush Limiter NTC NTC NTC NTC NTC NTC Input Inrush 12V 5) typ. 1;.1A 2 s 17A;. 2 s 17A;. 2 s 17A;. 2 s ; 1.1A 2 s ; 1.1A 2 s Input Inrush 23V 5) typ. 2;. 2 s 35A; 1.1A 2 s 35A; 1.5A 2 s 35A; 1.5A 2 s 2; 1. 2 s 2; 1. 2 s Externl Input Ciruit Breker 4) min. B; C B1A; C B1A; C B1A; C B1A; C B1A; C Input Voltge nom. 113V T) 2%/25% 113V S) T) 2%/25% 113V S) T) 2%/25% 113V S) T) 2%/25% 23V S) T) 2%/25% 23V S) T) 2%/25% Effiieny 12/23V 1) typ. 86.1/85.1% 87./87.5% 88.4/89.% 88.4/89.% 87.8/89.1% 86.1/87.2% Losses 12/23V 1) typ. 2.5/2.7W 4.5/4.3W 6.6/6.2W 6.6/6.2W 8.3/7.3W 9.7/8.8W MTBF 6) typ kh 363 kh 2613 kh 2613 kh 2575 kh 231 kh Opertionl Temperture Rnge min. 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C Derting 6 C to 7 C min..4w/ C.8W/ C 1.3W/ C 1.3W/ C 1.5W/ C 1.5W/ C Dimensions WxHxD 7) nom. 22.5x75x91mm 45x75x91mm 45x75x91mm 45x75x91mm 49x124x12mm 49x124x12mm Connetion Terminls srew terminls spring terminls spring terminls spring terminls *) srew terminls plug onnetors Weight mx. 13g 23g 24g 24g 46g 47g OKSignl no no yes O) yes O) no yes P) Prllel Use yes M) yes M) yes M) yes yes M) yes Series Connetion 9) yes yes yes yes yes yes Brket for Wll/Pnel Mounting inluded inluded inluded SLZ2 SLZ2 Brket for Side Mounting Speil Fetures optimized for prllel use redundnt unit, deoupling diode Order Numer ML ML3.1 ML5.1 ML5.11 SL2.1 SLR2.1 ML5.19 *) ML5.111 *) 13

8 DIMENSION CSeries 1 12V 2 CS5.241 CS1.241 DIMENSION QSeries 15% 1% Bonus DIMENSION CSeries Voltge Boost DIMENSION QSeries 1Phse 3 Supplies 72W 12W CS5.244 CS1.244 CS5.243 CS Se. Time 1% 12% Sve money: For speifi regions, use the optionlly ville units with only 12V or 23V input. Bonus : 15% power ville up to 4 seonds for dynmi lods. Boost: 2% Extr output urrent for dynmi lods, ontinuous opertion is ville up to 45 C. The OK rely ontt monitors the tul output voltge generted from the power supply. Perfet for redundnt use. 1Phse Supplies 7282W 911W 12W : 3.A A 4. 5A 5A 5A 5A 5A 5A Fmily MiniLine DIMENSIONC DIMENSIONQ DIMENSIONQ MiniLine MiniLine DIMENSIONC DIMENSIONC DIMENSIONC DIMENSIONQ SilverLine SilverLine Voltge nom. 2428V 2428V 2428V 2428V 2428V 2428V 2428V 2428V 2428V 2428V ontinuous nom A A 5A 5A shortterm 54.5A K) (5.7A fter turnon) 65.1A L) B) 65.1A L) B) 65.1A L) A K) G) G) ontinuous nom. 72W 8W 82W 91.2W 95W 1W 12W 12W 12W 12W 12W 12W shortterm 12W K) 144W L) B) 144W L) B) 144W L) 18W K) 144W G) 144W G) Reserves min. 5% Bonus K) 2% Boost L) B) 2% Boost L) B) 2% Boost L) 5% Bonus K) 2% Boost G) 2% Boost G) Ftory Setting 1) typ. 24.5V 24.1V 24.1V 24.1V 24.5V 24.5V 24.1V 24.1V 24.1V 24.1V 24.5V 24.V Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp Vpp Overlod Behviour ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ont. urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent Input Voltge nom. 112V/ 2 #) 15%/1% 1 ±1% % / 1% 112V/ 2 ) 15%/1% Input 3) mx. 1.6/ A 2./.95A 2.1/1.A 2.6/ /1. 2.6/1. Hrmoni Corretion 8) yes tive tive EN 6132 (PFC Norm) fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled not fulfilled not fulfilled fulfilled fulfilled fulfilled fulfilled Ftor 12/23V 1) typ..63/.54.61/.56.53/.47.98/.9.62/.55.62/.55.56/.47.59/ /.5.99/.91.56/.49.56/.49 HoldUp Time 12/23V 1) typ. 47/48ms 3/128ms 41/17s 44/85ms 41/46ms 38/4s 8/78ms 8ms/ /78ms 34/65ms 57/58ms 57/58ms Input Inrush Limiter NTC NTC tive tive NTC NTC tive NTC NTC tive NTC NTC Input Inrush 12V 5) typ. 2; 1.1A 2 s 2;.5A 2 s 5A; 2 s ;.5A 2 s 2;. 2 s 2;. 2 s ; 1A 2 s 45A; 2 s ;.5A 2 s 1; 1. 2 s 1; 1. 2 s Input Inrush 23V 5) typ. ;. 2 s 45A; 1.7A 2 s 1A; 2 s 11A;.5A 2 s 37A; 1. 2 s 37A; 1. 2 s ; 1A 2 s ; 1A 2 s 11A;.5A 2 s 1; 1.1A 2 s 1; 1.1A 2 s Externl Input Ciruit Breker 4) min. B1A; C B1A; C B; C B; C B1A; C B1A; C B1A; C B1; C1A B1; C1A B; C B1A; C B1A; C Input Voltge nom. 263V S) T) 15%/25% 113V T) 2%/25% 113V T) 2%/25% 113V T) 2%/2% 263V S) T) 15%/25% *) ML1.19 nd CS5.241C1 with onforml oted PCord, CS5.241S1 with springlmp terminls, #) Mnulselet y slideswith, ) Autoselet input Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets V/ 2 ) 15%/1% 263V S) T) 15%/25% 112V/ 2 ) ±1% 112V ±1% 2 ±1% 253V S) T) 15%/25% 1 15% / 1% 113V T) 2%/2% 112V/ 2 #) 15%/1% 253V S) T) 15%/25% 112V/ 2 #) 15%/1% 253V S) T) 15%/25% Effiieny 12/23V 1) typ. 9.6/91.5% 88./89.8% 88.7/9.% 91.4/92.% 88.5/9.% 88.5/9.% 89.4/9.2% 9.%/ /9.2% 91.6/92.7% 88.7/89.3% 87.7/88.3% Losses 12/23V 1) typ. 7.5/6.7W 11.1/9.1W 1.4/9.1W 8.6/7.9W 11.6/9.9W 13./11.1W 14.5/13.2W 13.5W/ /13.2W 11./9.4W 15.3/14.4W 16.8/15.9W MTBF 6) typ. 238 kh 2243 kh 1451 kh 831 kh 1551 kh 1551 kh 869 kh 74 kh 94 kh 831 kh 219 kh 1785 kh Opertionl Temperture Rnge min. 1 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 1 C to 7 C 1 C to 7 C 25 C to 7 C 1 C to 7 C 1 C to 7 C 25 C to 7 C 1 C to 7 C 1 C to 7 C Derting 6 C to 7 C min. 1.8W/ C 1.8W/ C 2W/ C 2W/ C 2W/ C 2.5W/ C 3W/ C 3W/ C 3W/ C 3W/ C 3W/ C 3W/ C Dimensions WxHxD 7) nom. 45x75x91mm 32x124x12mm 32x124x12mm 4x124x117mm 72.5x75x1m 72.5x75x1m 32x124x117mm 32x124x117mm 32x124x117mm 4x124x117mm 64x124x12mm 64x124x12mm Connetion Terminls spring terminls srew terminls spring terminls spring terminls spring terminls spring terminls srew terminls srew terminls srew terminls spring terminls srew terminls plug onnetors Weight mx. 26g 43g 44g 62g 36g 36g 5g 5g 5g 62g 62g 62g OKSignl no no no yes P) no no no no no yes P) no yes P) Prllel Use yes M) no J) yes no no yes N) no J) no J) no J) yes yes M) yes Series Connetion 9) yes yes yes no no yes yes yes yes yes yes yes Brket for Wll/Pnel Mounting inluded ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL SLZ2 SLZ2 Brket for Side Mounting ZM11.SIDE ZM11.SIDE ZM12.SIDE ZM11.SIDE ZM11.SIDE ZM11.SIDE ZM12.SIDE NECClss2 12V Version 23V Version redundnt unit with Speil Fetures NECClss2 DevieNet deoupling diode Order Numer ML7.1 CS3.241 QS3.241 QS5.DNET ML95.1 ML1.1 CS5.241 CS5.243 CS5.244 QS5.241 SL5.1 SLR5.1 ML1.19 *) CS5.241C1 *) CS5.241S1 *)

9 DIMENSION QSeries 23V, typ. 95% 94% 93% 92% 91% 9% 89% () QS4.244 () QS2.241 () QS % 25% 5% 75% 1% DIMENSION, SilverLine, MiniLine VDE 16 Pulse Input Voltge Vpek 2,3x Vpek DIMENSION QSeries DIMENSION, SilverLine, MiniLine Input Supply 1Phse 3 Supplies 196W 96W The premium lss effiieny mens tht signifintly less het is produed. The servie life of ll omponents in the inet is extended. All power supplies re proteted ginst high energy input trnsients. For seure onnetion: Virtion proof quikonnet springlmp terminls. No tools required. Need different mounting orienttions? The mximum llowed output urrent for sfe opertion n e found in the dtsheet. 1Phse Supplies : 196W 24W 24W 48W 96W 1A 1A 1A 1A 1A 1A 1A Fmily DIMENSIONQ DIMENSIONC DIMENSIONC DIMENSIONC DIMENSIONC DIMENSIONQ SilverLine SilverLine DIMENSIONQ DIMENSIONQ DIMENSIONQ Voltge nom V 2428V 2428V 2428V 2428V 2428V 2428V 2428V 2428V 2428V ontinuous nom A 217A 217A 434. shortterm (1 fter turnon) 121. L) 121. G) 121. L) 121. L) A K) 121. G) 1 G) 32 K) 32 K) 651.5A K) ontinuous nom. 196W 24W 24W 24W 24W 24W 24W 24W 48W 48W 96W shortterm 288W L) 288W G) 288W L) 288W L) 36W K) 288W G) 288W G) 72W K) 72W K) 144W K) Reserves min. 2% Boost L) 2% Boost G) 2% Boost L) 2% Boost L) 5% Bonus K) 2% Boost G) 2% Boost G) 5% Bonus K) 5% Bonus K) 5% Bonus K) Ftory Setting 1) typ. 24.1V 24.1V 24.1V 24.1V 24.1V 24.1V 24.5V 24.V 24.1V 24.1V 24.1V Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp Vpp Vpp 1mVpp 1mVpp 1mVpp Overlod Behviour ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent Hiupmode Hiupmode Hiupmode Input Voltge nom V/ 2 ) ±1% 112V/ 2 ) ±1% 112V ±1% 2 ±1% Input 3) mx /2.7A 5./2. 5.A A/2. 6.A/ Hrmoni Corretion 8) tive PFC indutor tive tive tive EN 6132 (PFC Norm) fulfilled not fulfilled fulfilled not fulfilled not fulfilled fulfilled not fulfilled not fulfilled fulfilled not fulfilled fulfilled Ftor 12/23V 1) typ..98/.92.59/.51.59/.57.57/ /.52.98/.92.56/.5.56/.5.95/.9 /.5 /.96 HoldUp Time 12/23V 1) typ. 33/3s 46/47ms 46/42ms 46ms/ /42ms 27/28ms 61/6ms 61/6ms 32/51ms /46ms /s Input Inrush Limiter tive tive tive NTC NTC tive NTC NTC tive pssiv R) tive Input Inrush 12V 5) typ. ;. 2 s ; 1A 2 s ; 1A 2 s 85A; 8.5A 2 s ;. 2 s 45A; 6. 2 s 45A; 6. 2 s ; 5A 2 s Input Inrush 23V 5) typ. 7A;. 2 s ; 1A 2 s ; 1A 2 s 4; 2 s 7A;. 2 s 51A; 4. 2 s 51A; 4. 2 s 7A; 5A 2 s ; 2 s 1; 2 s Externl Input Ciruit Breker 4) min. B; C B1A; C B1A; C B1; C1A B1; C1A B; C B1A; C B1A; C B1A; C B1A; C1A B1A; C Input Voltge nom. 113V T) 2%/25% 253V S) T) 15%/25% *) QS1.241C1, QS2.241C1 with onforml oted PCord, CS1.241S1 with springlmp terminls, #) Mnulselet y slideswith, ) Autoselet input Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets V T) 2%/25% 112V/ 21 #) 15%/1% 283V S) T) 15%/25% 112V/ 21 #) 15%/1% 283V S) T) 15%/25% 1 113V T) 2%/25% 2 253V S) T) U 15%/25% 2 15%/1% 223V S) T) U) 2%/25% Effiieny 12/23V 1) typ. 92.3/92.7% 91./91.6% 91./91.2% 91.3%/ /91.3% 92.3/93.% 89.1/9.% 87.7/88.5% 92.4/93.9% /94.5% /94.6% Losses 12/23V 1) typ. 16./15.1W 23.7/22.W 23.7/23.2W 23.4W/ /23.4W 2./18.1W 3./27.2W 33.7/31.2W 39.6/31.4W /28.3W /54.8W MTBF 6) typ. 621 kh 821 kh 81 kh 71 kh 91 kh 581 kh 224 kh 1843 kh 469 kh 577 kh 366 kh Opertionl Temperture Rnge min. 25 C to 7 C 25 C to 7 C 25 C to 7 C C to 7 C C to 7 C 25 C to 7 C C to 7 C C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. 5W/ C 6W/ C 6W/ C 6W/ C 6W/ C 6W/ C 6W/ C 6W/ C 12W/ C 12W/ C 24W/ C Dimensions WxHxD 7) nom. 6x124x117mm 6x124x117mm 6x124x117mm 6x124x117mm 6x124x117mm 6x124x117mm 12x124x12mm 12x124x12mm 82x124x127mm 7x124x127mm 125x124x127mm Connetion Terminls spring terminls srew terminls srew terminls srew terminls srew terminls spring terminls srew terminls plug onnetors spring terminls spring terminls srew terminls Weight mx. 9g 7g 8g 7g 7g 9g 98g 98g 12g 88g 18g OKSignl yes P) no no no no yes P) no yes P) yes P) yes P) yes P) Prllel Use yes no J) no J) no J) no J) yes yes M) yes yes yes yes N) Series Connetion 9) no yes yes yes yes yes no no yes yes yes Brket for Wll/Pnel Mounting ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM2.WALL Brket for Side Mounting ZM13.SIDE ZM13.SIDE ZM13.SIDE ZM13.SIDE ZM13.SIDE ZM13.SIDE ZM15.SIDE Speil Fetures DevieNet pproved with PFC indutor 12V Version 23V Version redundnt unit with deoupling diode with shutdown input Order Numer QS1.DNET CS1.241 CS1.242 CS1.243 CS1.244 QS1.241 SL1.1 SLR1.1 QS2.241 QS2.244 QS4.244 CS1.241S1 *) QS1.241C1 *) QS2.241C1 *)

10 1Phse Supplies with Voltges other thn 1Phse 3 Supplies 5V 15V Verstile pplitions: Aprt from stndrd units of the MiniLine nd DIMENSION fmily, other output voltges re lso ville. Typil pplitions inlude the supply of motors, drive systems, lser diodes, rdio modems, uilding ess ontrol systems, tiket printers or simply the hrging of tteries. Typil res of pplition for these units re in fility ontrol, the hemil industry, mesurement equipment s well s in mny other res. 1Phse Supplies : 515V ) Autoselet input, #) A missing or dethed jumper djusts the units to 1V (ML3.12), ±12V (ML3.16) or 12V (ML5.12) Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 5V 112V 1215V 1215V ±1215V 5A 2.5A A 1.5A Fmily MiniLine MiniLine MiniLine MiniLine MiniLine MiniLine DIMENSIONQ MiniLine Voltge nom. 55.5V 55.5V 112V 1215V 1215V 1215V 1215V ±1215V ontinuous nom. 5A 32.5A 1.31A A 2x1.5A shortterm K) ontinuous nom. 15W 25W 3W 15W 5W 9W 18W 36W shortterm 27W K) Reserves min. 5% Bonus K) Ftory Setting 1) typ. 5.1V 5.1V 12.V #) 12.V 15.V #) 12.V 12.V ±15.V #) Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 1mVpp 75mVpp 5mVpp 5mVpp 5mVpp 5mVpp Overlod Behviour Hiupmode ontinuous urrent ontinuous urrent Hiupmode ontinuous urrent onti. urrent ontinuous urrent ontinuous urrent Input Voltge nom. 1 15%/1% 1 15%/1% 1 15%/1% 1 15%/1% 1 15%/1% with without jumper jumper ML V 1V ML3.16 ±15V ±12V ML V 12V Esy djustment of the output voltge with the help of jumper. ML3.16 Two output voltges in one devie V/ 2 ) 15%/1% %/1% Input 3) mx...5a.. 1.A 1.9/. 2..7A Hrmoni Corretion 8) tive EN 6132 (PFC Norm) no no no no no fulfilled fulfilled no Ftor 12/23V 1) typ..51/.44.61/.53.61/.53.51/.44.56/.52.62/.55.98/.92.61/.53 HoldUp Time 12/23V 1) typ. 45/186ms 52/2s 46/2ms 46/191ms 4/18ms 41/46ms 32/32ms 54/236ms Input Inrush Limiter NTC NTC NTC NTC NTC NTC tive NTC Input Inrush 12V 5) typ. 1;.1A 2 s 17A;. 2 s 17A;. 2 s 1;.1A 2 s 17A;. 2 s 2;. 2 s ;. 2 s 17A;. 2 s Input Inrush 23V 5) typ. 2;. 2 s 35A; 1.1A 2 s 35A; 1.1A 2 s 2;. 2 s 35A; 1.5A 2 s 37A; 1. 2 s 7A;. 2 s 35A; 1.5A 2 s Externl Input Ciruit Breker 4) min. B; C B1A; C B1A; C B; C B1A; C B1A; C B; C B1A; C Input Voltge nom. 113V T) 2%/25% 113V S) T) 2%/25% 113V S) T) 2%/25% 113V T) 2%/25% 113V S) T) 2%/25% 263V S) T) 15%/25% 113V T) 2%/25% 113V S) T) 2%/25% Effiieny 12/23V 1) typ. 76.8/77.2% 79./8.% 82.6/84.% 83./82.5% 87.5/9.% 87.7/88.5% 91.5/91.8% 84./86.% Losses 12/23V 1) typ. 4.6/4.5W 6.6/6.3W 6.3/5.7W 3.2/3.2W 7.1/5.6W 12.6/11.7W 16.7/16.1W 6.9/5.9W MTBF 6) typ kh 1963 kh 257 kh 3811 kh 2365 kh 131 kh 631 kh 31 kh Opertionl Temperture Rnge min. 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 25 C to 7 C 1 C to 7 C Derting 6 C to 7 C min..4w/ C.8W/ C.8W/ C.4W/ C 1.3W/ C 2.5W/ C 6W/ C 1W/ C Dimensions WxHxD 7) nom. 22.5x75x91mm 45x75x91mm 45x75x91mm 22.5x75x91mm 45x75x91mm 72.5x75x1m 6x124x117mm 45x75x91mm Connetion Terminls srew terminls spring terminls spring terminls srew terminls spring terminls spring terminls spring terminls spring terminls Weight mx. 13g 24g 25g 13g 26g 36g 93g 24g OKSignl no no no no no no yes P) no Prllel Use yes M) yes M) yes M) yes M) yes M) yes N) yes no Series Connetion 9) yes yes yes yes no no yes no Brket for Wll/Pnel Mounting inluded inluded inluded ZM1.WALL inluded Brket for Side Mounting ZM13.SIDE Speil Fetures very low ripple&noise dul output with ommon ground Order Numer ML15.51 ML3.11 ML3.12 ML ML5.12 ML1.12 QS1.121 ML V GND 12V

11 1Phse 3 Supplies 3V 56V Prllel nd series onnetion of power supplies: In se you nnot find wht you need mong the listed produts, mny units n e onneted in series or in prllel. A series onnetion is llowed up to totl output voltge of 15Vd on most of the power supplies. If higher output urrents re needed, power supplies n e onneted in prllel. More informtion n e found in the hpter Tehnil Notes on pges 5 nd 51. 1Phse Supplies : 356V 3V 36V 48V 48V A 2.1A 5A 5A 1A Fmily DIMENSIONQ DIMENSIONQ MiniLine MiniLine DIMENSIONC DIMENSIONQ DIMENSIONQ Voltge nom. 2832V 3642V 4856V 4856V 4852V 4856V 4855V ontinuous nom A A shortterm K) 217.1A K) 65.5A L) A K) 151 K) ontinuous nom. 24W 48W 5W 1W 24W 24W 48W shortterm 36W K) 72W K) 288W L) 36W K) 72W K) Reserves min. 5% Bonus K) 5% Bonus K) 2% Boost L) 5% Bonus K) 5% Bonus K) Ftory Setting 1) typ. 3.V 36.V 48.V 48.V 48.V 48.V 48.V Ripple & Noise Voltge 2) mx. 5mVpp 1mVpp 5mVpp 5mVpp 1mVpp 1mVpp 1mVpp Overlod Behviour ontinuous urrent Hiupmode ontinuous urrent ontinuous urrent ontinuous urrent ont. urrent Hiupmode Input Voltge nom % / 1% 112V/ 2 ) 15%/1% 112V/ 2 ) ±1% 1 1 Input 3) mx A 2.1/1.A 5./2.7A Hrmoni Corretion 8) tive tive tive tive EN 6132 (PFC Norm) fulfilled fulfilled no fulfilled not fulfilled fulfilled fulfilled Ftor 12/23V 1) typ..98/.92.95/.9.56/.52.62/.55.59/.51.98/.92.95/.9 HoldUp Time 12/23V 1) typ. 22/2s 32/51ms 4/18ms 38/4s 46/47ms 27/28ms 32/51ms Input Inrush Limiter tive tive NTC NTC tive tive tive Input Inrush 12V 5) typ. ;. 2 s ; 5A 2 s 17A;. 2 s 2;. 2 s ; 1A 2 s ;. 2 s ; 5A 2 s Input Inrush 23V 5) typ. 7A;. 2 s 7A; 5A 2 s 35A; 1.5A 2 s 37A; 1. 2 s ; 1A 2 s 7A;. 2 s 7A; 5A 2 s Externl Input Ciruit Breker 4) min. B; C B1A; C B1A; C B1A; C B; C B; C B1A; C Input Voltge nom. 113V T) 2%/25% 113V T) 2%/25% 113V S) T) 2%/25% 263V S) T) 15%/25% 113V T) 2%/25% 113V T) 2%/25% Effiieny 12/23V 1) typ. 92.3/93.% 92.5/94.% 88.9/9.3% 9.4/91.8% 91./91.6% 91.2/92.% 92.8/94.3% Losses 12/23V 1) typ. 2./18.1W 38.9/3.6W 6.2/5.4W 1.6/8.9W 23.7/22.W 23.2/2.9W 37.2/29.W MTBF 6) typ. 571 kh 469 kh 197 kh 1671 kh 835 kh 66 kh 469 kh Opertionl Temperture Rnge min. 25 C to 7 C 25 C to 7 C 1 C to 7 C 1 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. 6W/ C 12W/ C 1.3W/ C 2.5W/ C 6W/ C 6W/ C 12W/ C Dimensions WxHxD 7) nom. 6x124x117mm 82x124x127mm 45x75x91mm 72.5x75x1m 6x124x117mm 6x124x117mm 82x124x127mm Connetion Terminls spring terminls spring terminls spring terminls spring terminls srew terminls spring terminls spring terminls Weight mx. 9g 12g 24g 36g 7g 9g 12g OKSignl yes P) yes P) no no no yes P) yes P) Prllel Use yes yes yes yes N) no J) yes yes Series Connetion 9) yes yes yes yes yes yes yes Brket for Wll/Pnel Mounting ZM1.WALL ZM1.WALL inluded ZM1.WALL ZM1.WALL ZM1.WALL Brket for Side Mounting ZM13.SIDE ZM15.SIDE ZM13.SIDE ZM13.SIDE ZM15.SIDE Speil Fetures Order Numer QS1.31 QS2.361 ML5.15 ML1.15 CS1.481 QS1.481 QS2.481 ) Autoselet input Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 21

12 3Phse 4 Supplies 9W 12W Supplies for 3Phse Systems Designed for the hrsh industril environment: Industril threephse systems present speil hllenge when designing power supplies. High energy trnsients nd superimposed disturnes on the input lines require speil input filters nd protetion iruits. PULS units re equipped with speil tive nd pssive filters. 3Phse Supplies : Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 91W 12W 3.75A 4. 5A 5A Fmily MiniLine MiniLine DIMENSIONC SilverLine Voltge nom. 2428V 2428V 2428V 2428V ontinuous nom shortterm 65. L) 65. G) ontinuous nom. 9W 1W 12W 12W shortterm 144W L) 144W G) Reserves min. 2% Boost L) 2% Boost G) Ftory Setting 1) typ. 24.5V 24.5V 24.1V 24.5V Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 5mVpp 25mVpp Overlod Behviour ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent Input Voltge nom V V V 15%/2% 3 45V 2PhseOpertion 1% A) 1% A) 1% A) 1% A) Input 3) mx..5a..75a. Hrmoni Corretion 8) PFC indutor PFC indutor EN 6132 (PFC Norm) fulfilled fulfilled fulfilled fulfilled Ftor 4/48V 1) typ..6/.55.6/.55.45/.43.52/.49 HoldUp Time 4/48V 1) typ. 52/9s 48/85ms 27/48ms 3/45ms Input Inrush Limiter NTC NTC tive NTC Input Inrush 4V 5) typ. ;.7A 2 s ;.7A 2 s ;.5A 2 s 1; 1.1A 2 s Input Inrush 48V 5) typ. 3; 1A 2 s 3; 1A 2 s ;.5A 2 s 1; 1. 2 s Externl Input Ciruit Breker 4) min. B1A; C B1A; C B; C B1A; C Input Voltge nom. 6V S) T) U) 25%/35% 6V S) T) U) 25%/35% 6V S) T) U) 25%/3% 6V S) T) U) 25%/35% Effiieny 4/48V 1) typ. 89.5/89.% 89.5/89.% 9.4/9.% 88.8/88.9% Losses 4/48V 1) typ. 1.5/11.1W 11.7/12.3W 12.7/13.3W 15.1/15.W MTBF 6) typ kh 1594 kh 1173 kh 1798 kh Opertionl Temperture Rnge min. 1 C to 7 C 1 C to 7 C 25 C to 7 C 1 C to 7 C Derting 6 C to 7 C min. 2W/ C 2.5W/ C 3W/ C 3W/ C Dimensions WxHxD 7) nom. 72.5x75x1m 72.5x75x1m 4x124x117mm 73x124x117mm Connetion Terminls spring terminls spring terminls srew terminls srew terminls Weight mx. 36g 36g 5g 73g OKSignl no no no no Prllel Use no yes M) yes M) yes M) Seril Use 9) no yes yes no Brket for Wll/Pnel Mounting ZM1.WALL SLZ2 Brket for Side Mounting ZM12.SIDE Speil Fetures 1Ph 4/48V input. NECClss2 1Ph 4/48V input 1Ph 4/48V input Order Numer ML9.2 ML1.2 CT5.241 SL

13 Highest effiienies re for the environment nd sve money t the sme time There is no dout tht the est ontriution we n mke to tively proteting the environment nd limte is to void unneessry energy onsumption nd to use resoures responsily. Advned tehnologies employed y PULS in the design of power supply units llow the onstrution of highly effiient devies with redued levels of loss nd wsted het. PULS onsistently utilises, develops nd evolves these tehnologies nd psses the enefits onto its ustomers. The environment is proteted while the redued energy nd system osts often llow sustntil finnil svings. Plese refer to our Sving Energy rohure for fts nd figures. 3x4V, typ. 96% 95% 94% 93% 92% () QT % () QT % () CT % 25% 5% 75% 1% 3Phse 4 Supplies 24W 96W 3Phse Supplies : *) With onforml oted PCord. ) A funtionl desription of semiregulted power supplies n e found on pge 48. ) Not djustle nd for output urrents > 5% of the nominl urrent. Below 5%, slightly higher output voltge is possile. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 24W 48W 96W 1A 1A Fmily DIMENSIONC SilverLine DIMENSIONQ SilverLine DIMENSIONQ SilverLine DIMENSIONX DIMENSIONX Voltge nom. 2428V 2428V 2428V 2428V 2428V 2428V ±2% ) ±2% ) ontinuous nom A 217.1A shortterm 121. L) 121. G) 32 K) A G) 651.5A K) G) 5A H) 5A H) ontinuous nom. 24W 24W 48W 48W 96W 96W 96W 96W shortterm 288W L) 288W G) 72W K) 6W G) 144W K) 18W G) 12W H) 12W H) Reserves min. 2% Boost L) 2% Boost G) 5% Bonus K) 25% Boost G) 5% Bonus K) 12.5% Boost G) 25% Bonus H) 25% Bonus H) Ftory Setting 1) typ. 24.1V 24.5V 24.1V 24.5V 24.1V 24.V 24.1V 24.1V Ripple & Noise Voltge 2) mx. 5mVpp Vpp 1mVpp Vpp 1mVpp 5mVpp 15mVpp 15mVpp Overlod Behviour ontinuous urrent seletle C) ontinuous urrent seletle C) ontinuous urrent ontinuous urrent Fusemode D) Fusemode D) Input Voltge nom V 15%/2% 3 45V V 3 45V V 15%/2% 3 45V 2PhseOpertion 1% A) 1% A) 75% A) 75% A) 5% A) 6% A) % A) % A) Input 3) mx..7a.. 1.7A A 1. Hrmoni Corretion 8) PFC indutor PFC indutor tive PFC indutor tive PFC indutor tive tive EN 6132 (PFC Norm) fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled Ftor 4/48V 1) typ..53/.52.5/.47.94/.95.55/.52.88/.9.55/.52.93/ /.93 HoldUp Time 4/48V 1) typ. 34/5s 34/55ms 22/22ms 13/2s 25/25ms 16/s s F) / /s F) Input Inrush Limiter tive pssive R) tive pssive R) tive tive tive E) tive E) Input Inrush 4V 5) typ. ;.5A 2 s ;. 2 s ; 1A 2 s ; 1A 2 s 4.5A; 1.5A 2 s 2; 2 s ; 5A 2 s Input Inrush 48V 5) typ. ;.5A 2 s ;. 2 s ; 1A 2 s ; 1A 2 s 4.5A; 1.5A 2 s 27A; 2 s ; 5A 2 s Externl Input Ciruit Breker 4) min. B; C B1A; C B; C B1A; C B; C B1A; C B; C B; C Input Voltge nom. 6V S) T) U) 25%/3% 6V S) T) U) 25%/35% 6V S) T) U) 25%/3% 6V S) T) U) 25%/35% 6V S) T) U) 25%/35% 6V S) T) U) 25%/35% 3 4V 54V S) T) U) 3 48V 65V S) T) U) Effiieny 4/48V 1) typ. 92.8/92.9% 91.9/92.1% 95./94.8% 92.2/92.2% 95.3/95.2% 92.6/92.8% 95.5%/ /95.5% Losses 4/48V 1) typ. 18.6/18.3W 24.2/23.7W 25.3/26.6W 41.3/41.3W 47.3/48.4W 77.4/74.5W 45.2W/ /45.2W MTBF 6) typ. 975 kh 1362 kh 51 kh 112 kh 375 kh 844 kh 543 kh 561 kh Opertionl Temperture Rnge min. 25 C to 7 C C to 7 C 25 C to 7 C C to 7 C 25 C to 7 C C to 7 C 25 C is 7 C 25 C to 7 C Derting 6 C to 7 C min. 6W/ C 6W/ C 12W/ C 12W/ C 24W/ C 24W/ C 24W/ C 24W/ C Dimensions WxHxD 7) nom. 62x124x117mm 89x124x117mm 65x124x127mm 15x124x121mm 11x124x127mm 275x124x117mm 96x124x157mm 96x124x157mm Connetion Terminls srew terminls srew terminls spring terminls srew terminls srew terminls srew terminls srew terminls srew terminls Weight mx. 75g 98g 87g 18g 15g 33g 14g 14g OKSignl no no yes P) no yes P) yes O) no no Prllel Use yes N) yes N) yes yes N) yes N) yes N) no no Series Connetion 9) yes yes yes yes yes yes yes yes Brket for Wll/Pnel Mounting ZM1.WALL SLZ2 ZM1.WALL SLZ2 ZM2.WALL SLZ2 ZM2.WALL ZM2.WALL Brket for Side Mounting ZM13.SIDE ZM14.SIDE Speil Fetures with shutdown input with signlport semiregulted power supply ) semiregulted power supply ) Order Numer CT1.241 SL1.3 QT2.241 SL2.31 QT4.241 SL4.31 XT4.241 XT4.242 SL1.39 *) QT2.241C1 *) 25

14 3Phse Supplies with Voltges other thn 3Phse 4 Supplies 12V, 36V 72V Drive systems espeilly enefit from higher supply voltges nd hieve etter dynmi performne. Lrge eletrolyti output pitors help in elertion nd soring kfed power in motor pplitions. 3Phse Supplies : 12V, 3672V 12V 36V 48V 48V 72V A 1A Fmily DIMENSIONC DIMENSIONQ DIMENSIONX DIMENSIONX DIMENSIONC DIMENSIONQ DIMENSIONQ DIMENSIONX DIMENSIONX DIMENSIONX DIMENSIONX Voltge nom. 1215V 3642V 36V ±2% ) 36V ±2% ) 4856V 4855V 4854V 48V ±2% ) 48V ±2% ) 72V ±2% ) 72V ±2% ) ontinuous nom A shortterm 217.1A K) 33. H) 33. H) 65. L) 151 K) 326.7A K) 25A H) 25A H) 16.7A H) 16.7A H) ontinuous nom. 96W 48W 96W 96W 24W 48W 96W 96W 96W 96W 96W shortterm 72W K) 12W H) 12W H) 288W L) 72W K) 144W K) 12W H) 12W H) 12W H) 12W H) Reserves min. 5% Bonus K) 25% Bonus H) 25% Bonus H) 2% Boost L) 5% Bonus K) 5% Bonus K) 25% Bonus H) 25% Bonus H) 25% Bonus H) 25% Bonus H) Ftory Setting 1) typ. 12.V 36.V 36.V 36.V 48.V 48.V 48.V 48.V 48.V 72.V 72.V Ripple & Noise Voltge 2) mx. 1mVpp 1mVpp 2mVpp 2mVpp 1mVpp 1mVpp 15mVpp 25mVpp 25mVpp Vpp Vpp Overlod Behviour ontinuous urrent ontinuous urrent Fusemode D) Fusemode D) ontinuous urrent ont. urrent ontinuous urrent Fusemode D) Fusemode D) Fusemode D) Fusemode D) Input Voltge nom V 15%/2% V 3 4V ) A funtionl desription of semiregulted power supplies n e found on pge 48. ) Not djustle nd for output urrents > 5% of the nominl urrent. Below 5%, slightly higher output voltge is possile. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. 3 48V V 15%/2% V V 15%/2% 2PhseOpertion 1% A) 75% A) % A) % A) 1% A) 75% A) 5% A) % A) % A) % A) % A) Input 3) mx A 1..7A A A 1. Hrmoni Corretion 8) PFC indutor tive tive tive PFC indutor tive tive tive tive tive tive EN 6132 (PFC Norm) fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled fulfilled Ftor 4/48V 1) typ..44/.42.94/.95.93/ /.93.53/.52.94/.95.88/.9.93/ /.93.93/ /.93 HoldUp Time 4/48V 1) typ. 33/58ms 22/22ms s F) / /s F) 34/5s 22/22ms 25/25ms s F) / /s F) s F) / /s F) Input Inrush Limiter tive tive tive E) tive E) tive tive tive tive E) tive E) tive E) tive E) Input Inrush 4V 5) typ. ;.5A 2 s ; 1A 2 s ; 5A 2 s ;.5A 2 s ; 1A 2 s 4.5A; 1.5A 2 s ; 5A 2 s ; 5A 2 s Input Inrush 48V 5) typ. ;.5A 2 s ; 1A 2 s ; 5A 2 s ;.5A 2 s ; 1A 2 s 4.5A; 1.5A 2 s ; 5A 2 s ; 5A 2 s Externl Input Ciruit Breker 4) min. B; C B; C B; C B; C B; C B; C B; C B; C B; C B; C B; C Input Voltge nom. 6V S) T) U) 25%/3% 6V S) T) U) 25%/3% 54V S) T) U) 65V S) T) U) 6V S) T) U) 25%/35% 6V S) T) U) 25%/3% 6V S) T) U) 25%/35% 3 4V 54V S) T) U) 3 48V 65V S) T) U) 3 4V 54V S) T) U) Effiieny 4/48V 1) typ. 85.4/85.8% 94.8/94.6% 95.5%/ /95.5% 92.8/92.9% 95.4/95.% 95.4/95.2% 96.%/ /96.% 95.5%/ /95.5% Losses 4/48V 1) typ. 16.4/15.9W 26.3/27.4W 45.2W/ /45.2W 18.6/18.3W 23.1/25.3W 46.3/48.4W 4.W/ /4.W 45.2W/ /45.2W MTBF 6) typ. 983 kh 492 kh 565 kh 534 kh 975 kh 531 kh 395 kh 54 kh 554 kh 595 kh 578 kh Opertionl Temperture Rnge min. 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. 2.5W/ C 12W/ C 24W/ C 24W/ C 6W/ C 12W/ C 24W/ C 24W/ C 24W/ C 24W/ C 24W/ C Dimensions WxHxD 7) nom. 4x124x117mm 65x124x127mm 96x124x157mm 96x124x157mm 62x124x117mm 65x124x127mm 11x124x127mm 96x124x157mm 96x124x157mm 96x124x157mm 96x124x157mm Connetion Terminls srew terminls spring terminls srew terminls srew terminls srew terminls spring terminls srew terminls srew terminls srew terminls srew terminls srew terminls Weight mx. 5g 87g 14g 14g 75g 87g 15g 14g 14g 14g 14g OKSignl no yes P) no no no yes P) yes P) no no no no Prllel Use yes M) yes no no yes N) yes yes N) no no no no Series Connetion 9) yes yes yes yes yes yes yes yes yes yes yes Brket for Wll/Pnel Mounting ZM1.WALL ZM1.WALL ZM2.WALL ZM2.WALL ZM1.WALL ZM1.WALL ZM2.WALL ZM2.WALL ZM2.WALL ZM2.WALL ZM2.WALL Brket for Side Mounting ZM12.SIDE ZM14.SIDE ZM13.SIDE ZM14.SIDE Speil Fetures 1Ph 4/48V input semiregulted power supply ) semiregulted power supply ) with shutdown input semiregulted power supply ) semiregulted power supply ) semiregulted power supply ) 3 48V 65V S) T) U) semiregulted power supply ) Order Numer CT5.121 QT2.361 XT4.361 XT4.362 CT1.481 QT2.481 QT4.481 XT4.481 XT4.482 XT4.721 XT4.722

15 / Converter Input: 8584Vd : 5 / Converters for 12V, 22V nd 6V Bus Voltges Suh voltges re ommon in drive systems, in moile pplitions, indutive power trnsfer systems or systems whih re supplied from 12V or 22V kup tteries. / Converter Fmily Input 6V DIMENSIONQ Voltge nom. 2428V ontinuous nom A shortterm K) ontinuous nom. 48W shortterm 6W K) Reserves min. 25% Bonus K) Ftory Setting 1) typ. 24.1V Ripple & Noise Voltge 2) mx. 1mVpp Overlod Behviour ontinuous urrent Input nom. 6V Input Voltge Rnge 4884Vd 3696Vd *) Input 3) mx. 1.A HoldUp Time 1) typ. 22ms Input Inrush Limiter tive Input Inrush 5) typ. negligile Effiieny 1) typ. 94.5% Losses 1) typ. 25.2W MTBF 6) typ. 446 kh Opertionl Temperture Rnge min. 25 C to 7 C Derting 6 C to 7 C min. 12W/ C Dimensions WxHxD 7) nom. 65x124x127mm Connetion Terminls spring terminls Weight mx. 89g Input / Isoltion OKSignl yes P) InputLow Signl Prllel Use Series Connetion 9) Brket for Wll/Pnel Mounting Brket for Side Mounting Speil Fetures Order Numer *) See dtsheet for detils Fold out the k pge to find the pproprite footnotes. Infos regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. yes no yes yes ZM1.WALL ZM14.SIDE QTD2.241 Input: 85Vd, 12Vd, 22Vd: Mny power supplies n lso e powered from this voltge. For exmple: ll DIMENSION QSseries units n e powered from voltge etween 88V nd 375Vd. Further informtion n e found Vd in the individul produt tles in this tlogue. Bttery QS Series Input Input: 6Vd The QTD2.241 is powersupply whih is speilly designed for the 6V intermediteus of drive systems nd frequeny onverters. Conneting the power supply of the ontrol voltge to the intermediteus nd not to the mins offers the following dvntge. In se of mins outge, the motor ts s genertor nd keeps the us voltge live until the motor stops spinning. The voltge tht supplies the ontrols nd rkes is ensured s long s the motor is spinning. Intermedite uses re usully not filtered. The frequeny onverters in drive system, the les to the motor nd the motor itself generte high ommon mode noises whih pper on the terminls where the power supply is supposed to e onneted. This high EMI noise requires power supplies with rugged input stge. Regulr power supplies n mlfuntion or e dmged in suh ses. The QTD2 inorportes hrdened input filters whih n ope with these prolems. Additionlly, the QTD2 L2 f Motor L1 L3 is equipped with PE two input fuses QTD2 whih re rted for PLC, 6Vd. The unit is Brkes PE PE d lso UL Listed. 29

16 / 5 Converter Input: 86Vd : 5 Voltge 22V 2V 18V 16V 14V 12V () Lod urrent () Lod urrent 5A 1V Wire length: 2m Cle length: 1m 2m 6m 8m 1m 5m Glvni Isoltion Input A Housing A B C CD5: 15V 15V 5V QTD2: 25V 3V 5V SLD2: 15V 2V 5V C B / Converters for the 12V, nd 48V Bus CD5.241S1 Signl outputs report dishrged ttery or fult in the output voltge of the unit. Typil voltge drop on.75mm² (AWG 18) wire: The / onverter n refresh the voltge t the end of long le runs. High glvni isoltion etween input nd output. The field of pplitions for these units is very wide: stilised ontrol voltges in ttery powered pplitions, in moile pplitions suh s ships, forklifts, truks, for glvni isoltion to void erth (ground) loops or to restore the ontrol voltge t the end of long le runs to ompenste for voltge drops. / Converter 12V Input Input 48V Input 5V 12V 3. 5A 5A 5A Fmily DIMENSIONC SilverLine DIMENSIONC DIMENSIONC DIMENSIONC DIMENSIONC DIMENSIONC Voltge nom. 2428V 55.5V 1215V 2328V 2328V 2328V ontinuous nom shortterm A L) A L) 65.1A L) 65.1A L) 65.1A L) ontinuous nom. 96W 4W 96W 92W 12W 12W 12W shortterm 116W L) 116W L) 144W L) 144W L) 144W L) Reserves min. 2% Boost L) 2% Boost L) 2% Boost L) 2% Boost L) 2% Boost L) Ftory Setting 1) typ. 24.1V 5.1V 12.V 24.1V 24.1V 24.1V 24.1V Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 75mVpp 5mVpp 5mVpp 5mVpp 5mVpp Overlod Behviour ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent ontinuous urrent Input nom. 12V 48V Input Voltge Rnge Vd 1836Vd Vd 1435Vd *) *) See dtsheet for detils. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets Vd 1435Vd *) Vd 1435Vd *) Vd 1435Vd *) Input 3) mx A 7A 7A 3.5A HoldUp Time 1) typ. s 12ms 7ms 7ms 6ms 6ms 6ms Input Inrush Limiter tive tive tive tive tive tive tive Input Inrush 5) typ. negligile 5A; 1.5A 2 s negligile negligile negligile negligile negligile Effiieny 1) typ. 87.7% 82.% 88.2% 9.5% 9.3% 9.2% 9.3% Losses 1) typ. 13.5W 8.8W 12.8W 9.7W 12.9W 13.3W 12.9W MTBF 6) typ. 11 kh 1785 kh 1161 kh 1178 kh 1178 kh 148 kh 951 kh Opertionl Temperture Rnge min. 25 C to 7 C C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. 2.5W/ C 1.5W/ C 2.5W/ C W/ C 3W/ C 3W/ C 3W/ C Dimensions WxHxD 7) nom. 32x124x12mm 49x124x12mm 32x124x12mm 32x124x12mm 32x124x12mm 32x124x12mm 32x124x12mm Connetion Terminls srew terminls srew terminls srew terminls spring terminls srew terminls spring terminls srew terminls Weight mx. 435g 47g 425g 425g 425g 45g 425g Input / Isoltion yes yes yes yes yes yes yes OKSignl no no no no no yes P) no InputLow Signl no no no no no yes P) no Prllel Use yes M) yes yes M) no yes M) yes M) yes M) Series Connetion 9) yes no yes no yes yes yes Brket for Wll/Pnel Mounting ZM1.WALL SLZ2 ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL ZM1.WALL Brket for Side Mounting ZM11.SIDE ZM11.SIDE ZM11.SIDE ZM11.SIDE ZM11.SIDE ZM11.SIDE Speil Fetures NECClss2 optimised for moile or ttery powered pplitions Order Numer CD5.243 SLD2.1 CD5.121 CD5.241L1 CD5.241 CD5.241S1 CD Vd

17 ASInterfe Supplies nd / Converters ASInterfe 6 Supplies 8524W 3.6V SLA3.1 SLA4.1 SLA8.1 SLA8.3 The ASInterfe field us system is network tehnology where power nd dt re provided y the sme single twoondutor wire. Therefore, speil power supplies with n output voltge of 3.6V nd n integrted dtdeoupling iruit re required whih prevents the modulted signl voltge on the ASInterfe us from eing orrupted. The outputs of these power supplies re indutive nd re not suitle for other purpose. ASInterfe Supplies 1Phse 3Phse / 3.6V V 3.6V 3.6V 3.6V Fmily SilverLine SilverLine SilverLine SilverLine SilverLine Voltge nom. 3.6V 3.6V 3.6V 3.6V 3.6V Tolerne ±3% ±3% ±3% ±3% ±3% nom. 2. nom. 85W 12W 24W 24W 12W Ripple & Noise Voltge 2) mx. 5mVpp 5mVpp 5mVpp 5mVpp 5mVpp Overlod Behviour ontinuous urrent ontinuous urrent Fusemode Fusemode ontinuous urrent Input Voltge nom. 112/ 2 #) 15%/1% 112/ 2 #) 15%/1% 112/ 2 #) 15%/1% 3 45V *) See dtsheet for detils. ) Vlid for 12/23V, 4/48V or d (depending on the unit) nd nominl lod, #) Mnulselet y slideswith Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets Vd 1435Vd *) Input 3) mx. 2.A/. 2.7A/1. 6.A/2.. 7A Hrmoni Corretion 8) PFC indutor EN 6132 (PFC Norm) fulfilled fulfilled not fulfilled fulfilled not pplile Ftor ) typ..58/.53.58/.53.53/.48.5/.47 HoldUp Time ) typ. 55/58ms 56/6ms 26/28ms 3/5ms 6ms Input Inrush Limiter NTC NTC tive NTC tive Input Inrush 12 or 4V 5) typ. 1; 1. 2 s 45A; 3.7A 2 s 1; 1.5A 2 s 45A; 1. 2 s negligile Input Inrush 23 or 48V 5) typ. 3; 1. 2 s 5A; 2.5A 2 s 2; 1.5A 2 s 5; 2. 2 s negligile Externl Input Ciruit Breker 4) min. B1A; C B1A; C B1A; C B1A; C Input Voltge nom. 273V S) T) 15%/25% 283V S) T) 15%/25% 273V S) T) 15%/25% 6V S) T) U) 25%/35% Vd 1435Vd *) Effiieny ) typ. 89.5/9.5% 89./9.% 91./92.% 91.5/91.6% 9.5% Losses ) typ. 1.5/9.1W 14.9/13.5W 23.7/21.2W 22.5/22.W 12.7W MTBF 6) typ kh 1222 kh 869 kh 122 kh 1247 kh Opertionl Temperture Rnge min. 1 C to 7 C 1 C to 7 C 1 C to 7 C 1 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. 2W/ C 3W/ C 6W/ C 6W/ C 3W/ C Dimensions WxHxD 7) nom. 49x124x12mm 73x124x12mm 91x124x12mm 129x124x117mm 4x124x12mm Connetion Terminls srew terminls srew terminls srew terminls srew terminls srew terminls Weight mx. 5g 65g 89g 116g 5g GroundFult Monitor no yes no no no IR Addressing Mode yes yes yes yes no Prllel Use no no no no no Series Connetion 9) no no no no no Brket for Wll/Pnel Mounting SLZ2 SLZ2 SLZ2 SLZ2 ZM1.WALL Brket for Side Mounting ZM12.SIDE Speil Fetures groundfult monitor inluded Order Numer SLA3.1 SLA4.1 SLA8.1 SLA8.3 SLAD4.1 Protetion: To protet the reltively thin ASInterfe le the units re equipped with n eletroni fuse whih swithes off the output in n overlod sitution. The output of the power supply hs n integrted ground fult monitor inluded whih reports unsfe ommunition. The 2. unit fulfills the NEC Clss 2 requirement whih is importnt for pplitions within the USA. ASi Supply ASi Groundfult Monitor ASi Shield ASi ASi Shield ASi Groundfult wrning SLA4.1 with groundfult monitor for erly filure reognition. Fst ddressing of slves: The IR ddressing mode is seletle vi jumper nd interrupts the dt ommunition on the yellow ASInterfe le. During this proess, the slves re still supplied with voltge nd n e progrmmed lolly with the infrred interfe. This sves lot of time during instlltion nd servie work. Esy ommissioning: Supports ddressing vi infrred progrming devie. Reset Button Overlod Inditor 2 to 5s Overlod Shutdown FUSEMode: All units re equipped with n eletroni fuse whih swithes off the output in n overlod sitution. / onverter: Brnd new: The / onverter for the ASInterfe system, whih n e supplied from the regulr us voltge. This mens tht hzrdous power line voltges n e voided on mhines. Furthermore, lrge voltge drops on long le runs n e restored. This onverter provides the required ASInterfe voltge nd hs dtdeoupling iruit inluded. SLAD4.1 / onverter with input voltge for deentrlized pplitions. 33

18 UPS s A UPS ( Uninterruptle Supply) is supplementry devie for regulted power supplies nd n ridge voltge interruptions on uses. The energy storge element is one externl or integrted VRLA ttery. The unique feture of the PULS UPS is the 1BtteryConept, whih hieves the longest servie life for tteries. For the individul demnds of different pplitions, severl UPS ontroller units re ville. PLC s or industril PC s only require uffering for few minutes. Therefore, the UBC1.241 or UB1.241 in omintion with smll tteries provide n optiml solution. Seurity systems nd remote pplitions often require uffer times of up to 72 hours. For these purposes, the UB1.242 n e used with tteries up to 1h. A UPS with n integrted 12V output is lso ville. uffered Typil wiring sheme of UPS IN BAT 12V OUT Supply UPS 12VBttery *) UBC1.241N1 ttery not inluded #) Minus the input to output voltge drop, see urves on the right pge. ) h re vlid for units with seril numer higher thn Erlier units n e used with tteries up to 27Ah. ) See urves on the right pge nd on pge 37 ) Lower when 12Voutput is loded. See dtsheet for detils. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. ed Lods Unuffered Lods not uffered UPS s Internl Bttery Externl Bttery Externl Bttery 1A 1A 1A 1A & 12V 5A Fmily DIMENSIONU DIMENSIONU DIMENSIONU DIMENSIONU Input Voltge Rnge 22.53V 22.53V 22.53V 22.53V Voltge Normlmode nom. sme s input voltge #) sme s input voltge #) sme s input voltge #) sme s input #) 12V±1% : 12V : Normlmode nom. ) 5A Normlmode nom. 36W 36W 36W 36W ) 6W Overlod Behviour Normlmode ontinuous urrent ontinuous urrent ontinuous urrent ont. urrent ont. urrent Voltge mode nom. 22.5V ) 22.5V ) 22.5V ) 22.5V ) 12V ±1% mode ontinuous nom. 1A 1A 1A 1A ) 5A mode < 5s nom. ) 5A mode ontinuous min. 24W 24W 24W 24W ) 6W Overlod Behviour mode Shutdown fter 5s Shutdown fter 5s Shutdown fter 5s Shutdown > 5s ont. urrent Bttery intern: 1x 12V extern: 1x 12V extern: 1x 12V extern: 1x 12V Allowed Bttery Size pprox. 5Ah (9x7x16mm) 3.h; h ) 17Ah; 1h 3.h; h ) Chrging into 12V Bttery typ. 1.5A 1.5A 3.A 1.5A Temperture Trking of the EndofChrge Voltge utomti mnul mnul / utomti mnul Chrging Time typ. 3h 5h / 17h (7Ah / 2h) 9h / 34h (2h / 1Ah) 5h / 17h (7Ah / 2h) Time 5Ah Bttery Lod 1A min./typ. 4 minutes 54s / 6 minutes 15s ) 4 minutes 54s / 6 minutes 15s ) 4 minutes 45s / 6 minutes ) 7Ah Bttery Lod 1A Min./typ. 5 minutes 42s / 6 minutes 45s ) 5 minutes 3s / 6 minutes 3s ) 2h Bttery Lod 1A min./typ. 39 minutes / 55 minutes ) 39 minutes / 55 minutes ) 37 minutes / 53 minutes ) 1Ah Bttery Lod 1A min./typ. 3h 5 minutes / 4h 7 minutes ) 1Ah Bttery Lod.5A min./typ. 62h / 82h ) MTBF 6) typ. 886 kh (ttery exluded) 886 kh 886 kh 788 kh Opertionl Temperture Rnge min. C to 4 C 25 C to 7 C 25 C to 5 C 25 C to 7 C Derting min. > 6 C:.25A/ C > 5 C:.25A/ C Dimensions WxHxD 7) nom. 123x124x119mm 49x124x117mm 49x124x117mm 49x124x117mm Weight mx. 285g 53g 545g 65g Prllel Use no no no no Brket for Wll/Pnel Mounting ZM1.UBC1 ZM1.WALL ZM1.WALL ZM1.WALL Brket for Side Mounting Order Numer UBC1.241 UB1.241 UB1.242 UB1.245 UBC1.241N1 *) UB1.241 UPS ontroller for externl tteries UBC1.241 UPS with integrted ttery UPS dvntges: Requires only one 12Vttery to uffer UPS s nd 7 Bttery Losses, typ. Modules 2W () Mode () ChrgingMode*) 15W () NormlMode *) pprox. 2.5W higher 24W IN BAT 12V OUT for the UB W A Supply UPS 1% 35 iruits Esy ttery replement, no mthed tteries required Stilised output voltge in uffer mode No dips of the voltge during trnsition from norml to uffer mode Superior ttery mngement for longest ttery servie life is deoupled from the input to seprte lod iruits into uffered nd non uffered setions Eletronilly overlod proteted Reverse polrity protetion for ttery input Extensive nd smrt dignostis nd monitoring funtions Reple Bttery signl inluded Seletle uffer time limiter AB BC A C DB E E GA D E 5W Supply UPS 12VBttery 12VBttery 1A Mode Losses, typ. Voltge Trehshold in Mode Level 24.5V 2W () Mode () mx. 24.V () ChrgingMode*) 23V () () typ. 23.5V 15W () NormlMode () Input () min. VT *) pprox. 2.5W higher 23.V for the UB1.242 IN BAT 12V OUT 22V 1W VT min. 22.3V 22.5V VT typ. 22.5V ed Supply UPS VT 12VBttery mx. 22.8V Lods 21V 22.V 5W 21.5V The output voltge is 2V 21.V pprox. 1mV lower s VT during 1 uffering 1A Input Voltge in Mode Losses, typ V 2W ChrgingMode, mx. 24.V () UB1.242 Mode () mx. () UB1.241/5, ChrgingMode*) UBC1.241 () typ. 23.5V 15W NormlMode () min. 1 () NormlMode () All units, typ. 23.V *) pprox. 2.5W higher for the UB V 1W 22.V 5W 21.5V 21.V 1 1 1A Input to Voltge in Voltge Mode Drop, typ. 1.4V 24.5VChrgingMode, mx. () UB1.242 () mx. 24.V () UB1.241/5, UBC V NormlMode () typ V () All units, typ. () min. 23.V.2V 22.5V.1V 22.V 21.5V 21.V 1 1 Mode Input Input to Trehshold Voltge Level Drop, typ. 1.4V ChrgingMode, mx. () UB V () UB1.241/5, UBC V () NormlMode 1 () Input VT () All units, typ. 12V 22V.2V IN BAT OUT VT min. 22.3V VT typ. 22.5V ed Supply UPS VT 12VBttery mx. 22.8V Lods 21V.1V The output voltge is 2V pprox. 1mV lower s 1 VT during 1uffering Mode Redued Trehshold Level Losses, Input to typ. lifetime when Voltge the endofhrge Drop, typ. voltge 2W.4V is set too high (overhrging) 1% () Mode 23V () ChrgingMode*) () 15W.3V 75% () NormlMode () Input VT *) pprox. 2.5W higher 22V for the UB1.242 VT min. 22.3V 1W.2V 5% VT typ. 22.5V VT mx. 22.8V 21V.1V 25% 5W The output voltge is 2V pprox. 1mV lower V.2V.4V s VT during.6v 1uffering.8V 1A Overhrging of 12VBttery Redued Mode Voltge lifetime Trehshold when in Mode the Level endofhrge voltge is set too high (overhrging) 24.5V () mx. 24.V 23V () () typ. 23.5V 75% () Input () min. VT 23.V Lods ed Lods U U U

19 B B 24.5V 24.5V 24.V 24.V 23.5V 23.5V 23.V 23.V 22.5V 22.5V 22.V 22.V 21.5V 21.5V 21.V 21.V () mx. () mx. () typ. () typ. () min. () min. Losses, typ. 1A Voltge in Mode Voltge in Mode II A 1W 1A 1A 24.5V 1A mx. UB1.242 () mx. 1 ChrgingMode, ChrgingMode, UB1.242 () UB1.242 mx. 24.V () 65Ah Bttery () () UB1.242 () typ. UB1.241/5, UBC1.241 () 65Ah Bttery NormlMode () UB1.241/5, UBC1.241 () 1Ah Bttery 23.5V () min. () 1Ah Bttery 1 NormlMode () All units, typ. Boosting the 12V to level is very enefiil. The endofhrgevoltge n e preisely 1 () All units, typ. 23.V with series onneted tter22.5v set to the ttery needs nd the overhrging tht n our n e eliminted. Bttery replement is lso esy sine22.v it is not neessry to find mthed ies 21.5V tteries. To hieve the longest ttery servie life, the UPS n e set to the expeted 21.V Time (hours), typ. whih optimises the endofhrgevoltge. It 5is reommended to 2 C, ple the ttery temperture 12urrent.2V.2V I Time (hours), 2 C, typ..1v.1v E E 1 12urrent time limiter extends ttery life only s long s you relly need to. Eh of the ttery redues the numer of Mode dishrge Trehshold Level Mode Trehshold Level dishrging yles. Therefore, the UPS is equipped () 23V with uffer time limiter, whih prevents the () 23V () Input VT () Input VT ttery from eing too muh. VT min.dishrged 22.3V 22V VT min. 22.3V 22V VT typ. 22.5V VT typ.e22.5v limittion n The seleted with rotry swith or 22.8V VT mx. VT mx. 22.8V 21V 21V e tivted through the inhiit input. LL D 2V 2V The output voltge is The output voltge is pprox. 1mV lower pprox. 1mV lower uffering s VT during Self explntory user interfe s VT during uffering Mny prmeters re fixed or utomtilly djusted. This voids identl misuse or unwnted mnipultion of the unit. UB1.241 Redued lifetime when the endofhrge Reduedislifetime the endofhrge voltge set too when high (overhrging) voltge is setfuntions too high (overhrging) monitoring Dignosti nd 1% 1% The green LED shows if75% the UPS is in hrging or in uffer mode. The yellow LED 75% helps trouleshooting if something does not work s expeted nd the red LED reports 5% 5% if n immedite tion is required (e.g. missing fuse or wiring error in the ttery pth). 25% 25% Severl rely ontts re ville for remote monitoring of the unit. Redy ontt: reports orret input voltge, orret.8v wiring nd tht the ttery V.2V.4V.6V.8V V.2V.4V.6V Overhrging of 12VBttery Overhrging of 12VBttery is more thn out 85% hrged. ing ontt: UPS is in uffer mode Reple Bttery ontt: reports tht the ttery needs to e repled due to n unexpeted ttery filure or defetive wiring in the ttery pth. G G UB1 E M M Protetion fetures A omprehensive protetion pkge is uilt into the UPS to detet reverse polrities, inorret ttery voltge or high tempertures nd voids deepdishrging of the ttery. The output is eletronilly proteted ginst overlod nd shortiruit. G 12%.4V 1% 1%.3V 8% 8% 6% 6%.2V 4% 4%.1V 2% 2% 12VBttery Numer of*)dishrging Cyles pprox. 2.5W higher 12V for the UB1.242 IN BAT OUT 1W Typ. Lifetime of 35 Yers Bttery Supply Typ. Lifetime oftrehshold 35 Yers Bttery Mode Level 4 Yers 4 Yers 5W 3 Yers 323V Yers VT 2 Yers 222V Yers () () Input 1 Yer 1 Yer 21V 2 C 25 C 2 C 25 C B A 1A 24.5V 2W The output voltge is () Mode 24.V35 C 5 C 3 C 4 C 45 C pprox. 1mV lower 5 C 3 C 35 C 45 C () schrgingmode*) VT4 C during uffering Amient Temperture 23.5V 15W Amient Temperture () NormlMode () mx. () typ. () min. B A Redued lifetime when the endofhrge 1W 22.5V pprox. 2.5W higher for the UB V 5W voltge is set too high (overhrging) 21.5V 1% 21.V 75% V C B 1 1A Input to Voltge Drop, typ. Input.3V 1W ed Lods Lods UPS Supply () UB1.242 () UB1.241/5, UBC1.241 NormlMode UZK H Unuffered 22.5V ed 1W Unuffered H 12% 1% UZK12.71 *) UZO12.7 () UB Ah Bttery () UBC1.241 UZB12.71 I H UZK UZO12.26*) 5 UZB Bttery Replements UB1.242 Bttery Voltge 12V 12V () 65Ah Bttery 1,5A Bttery Size 7Ah 2h 1A Bttery () 1Ah DINRil Mounting yes no 1,A Wll / Pnel Mountinguffered yes yes,5a in Mode Dimensions WxHxD 214x179x158mm Voltge 1A 155x124x112mm Losses, not uffered 24.5V typ. () UB g Weight 32g 2W () mx. 7Ah Bttery 24.V () Mode Opertionl Temp. Rnge to 4 C typ. 7 to 4 C 8 () () UBC1.241 () ChrgingMode*) Time (hours), 2 C, typ. 23.5V () min. Servie **) 15W Life 35 yers 112 yers Bttery () NormlMode 23.V *) pprox. 2.5W higher Bttery Replement for the UB1.242 for Bttery Cpity Order Lods Lods 22.VNumer 1A UZB12.51 ed 12VBttery Lods Lods Bttery Modules 2,A 12V 12V 5Ah 7Ah Time (minutes), 2 C, typ. 7x16x9mm 151x95x65mm 1A 1A 2g 27g UB1.241/242 () UB h Bttery to 4 C Bttery to 4 C 7Ah () UBC yers 35 yers UBC1.241 UZK UZB12.71 UZB Time typ. (minutes), 2 C, 12V 2h 166x125x175mm 93g to 4 C 112 yers UZK UZB V *) Module ttery 8% inluded 1 without Time (minutes), 2 C, typ. 1A EUROBAT guideline; **) Aording to Replement intervls re temperture dependent, lso see informtion left pge. Time on (minutes), 2 C, typ. L Depth of dishrge: 6% () 1% ChrgingMode, mx. () UB1.241 UB1.241/ V () UB ()6 7Ah Bttery () UB1.241/5, mx h Bttery UBC V NormlMode Numer Dishrging Cyles () UBC1.241 ()of typ V () All units, typ. () min. 23.V 22.5V Typ. Lifetime of 35 Yers Bttery 4 Yers 22.V 21.5V Yers Time typ. 21.V 1 (minutes), 2 C, 1 Time (minutes), 2 C, typ. 2 Yers JI M 1 ChrgingMode, mx. 2 C 25 C () UB V () UB1.241/5, UBC1.241 () mx. () typ. () min. C D.4V 1 ChrgingMode, mx. 12V for the UB1.242 Unuffered IN BAT OUT 1 Yer Input to Voltge Drop, typ. 1A Input.4V Bttery servie life ording to EUROBAT 23.V 22.5V ording The EUROBAT guideline my tempt you not to reple the tteries soon enough. The servie life of tteries to 22.V numer the EUROBAT guideline is vlid for 2 C, ext endofhrge voltge nd without ny dishrging yles. The21.5V EUROBAT life is hlved when should e modified y tking the stress ftors of the rel pplition into onsidertion. For exmple, the ttery 21.V 1 1 the temperture is 1 C wrmer nd 1 yles re pplied. not uffered AhievleI C H B Times: Input Voltge in Mode 1 ChrgingMode, mx. 24.5V () UB1.242 () UB1.241/5, UBC V.2V 24.V.4V.6V NormlMode 23.5V () Allof 1 Overhrging 12VBttery units, typ. not uffered 5% () () 3% 1A Input 2% 1A Voltge in Mode 1 5% 25% uffered 4% Voltge in Mode Losses, typ. *) uffered UZK12.71 *) pprox. 2.5W higher 5W 21.5V VT min. 22.3V VT typ. 22.5V VT mx. 22.8V 23.V K 12VBttery UPS UB1 UB1.242 () 65Ah Bttery () 1Ah Bttery UB1 Depth of dishrge: Depth of dishrge: () 1% () 1% () 5% () 5% 3% Losses,() typ. () 3% 2W () Mode () ChrgingMode*) Numer 15W6 NormlMode of()dishrging Cyles A A Lods Lods () Mode () ChrgingMode*) W () NormlMode Time (hours), 2 C, typ. 5W BAT OUT UPS Bttery Cpity Bttery Input tocpity Voltge Drop, typ. 12% 2V 2W typ. 12V Time (hours), 2 C, Supply Losses, typ. 5 5 IN J C, 6(hours), 8 typ. Time VBttery 1A UB1.242 () UB1.241/5, UBC1.241 () 65Ah Bttery 1,5A () 65Ah Bttery 1,5A NormlMode () 1Ah Bttery () 1Ah Bttery 1 () All units, typ. 1,A muh erlier nd sfer n 1,A e deteted 3 3 UPS Supply Bttery monitoring Thnks to the 1tteryonept, defetive tteries periodilly monitor the thn if two tteries re used in series. Vrious ttery nd,5a wiring tests,5a ttery qulity nd report if the ttery eomes defetive. C K K All ttery modules use mintennefree VRLA (VlveRegulted LedAid) tteries. Bttery modules re ville with or with out tteries inluded. Btteries whih re not in use ge muhuffered slower when they re fully hrged. Therefore, PULS rehrges ll tteries eforedelivery, sving the user from hving to do so. Storge not uffered of up to 9 months is possile without ny further rehrg ing. A user n purhse tteries from different suppliers. In this se hek the llowed ttery sizes, the mximum hrging Time (minutes), 2 C, typ. nd dishrging urrents nd ensure to inorporte fuse (lose to the ttery) etween the ttery nd the ontroller unit. 12V IN BAT OUT Optionlly, even r tteries n e used ut the performne n devite slightly ompred to VRLA tteries. ed Unuffered tteries in ool lotions nd not inside hot inets. The UBC1.241 nd the UB1.242 units lso hve temperture sensor inluded whih utomtilly djusts the endofhrgevoltge Input Input to Voltge Drop, typ. 2,A Input to Voltge Drop, typ. 1 ChrgingMode, mx. 2,A.4V ording to the mient temperture. UB V () UB1.242 D D UB1 UB1.241/242 2h Bttery JJ B.3V.3V Btteries nd Bttery Modules Voltge in Mode Time (minutes), 2 C, typ. Time (minutes), 2 C, typ. Bttery Servie Life nd the PULS 1BtteryConept C C A Time (minutes), 2 C, typ. UPSs nd Bttery Modules 24W Input Input 1 H 5W () UB Ah Bttery () UBC1.241 for the UB urrent 1A 1A 2W () Mode UB1.241/242 UB1.241/242 () ChrgingMode*) 2h Bttery 2h Bttery 15W () NormlMode *) pprox. 2.5W higher 1.2V.1V NormlMode () All units, typ. JI UB C 45 C 5 C ()UB1.241/242 65Ah Bttery 1,5A K J Time (hours), 2 C, typ. Time (minutes), 12urrent 5 5 1,5A () Time (hours), 2 C, Time (minutes), 2 C, typ. typ. 1,A,5A 3 UB1.242 UB1.242 () 65Ah Bttery ()() 65Ah Bttery 1Ah Bttery () 1Ah Bttery Time 15 (hours), 2 25 typ. 2 C, Time (hours), 2 C, typ..4v UB1.242 ()UB1.241/242 65Ah Bttery ()2h 1Ah Bttery Bttery 2,A 1A Bttery Amient ()2h 1Ah Bttery Temperture Mode Trehshold Level 2,A Input to Voltge Drop,1A typ. 23V 35 C 3 C 1A 1A Bttery Cpity UB1.242 UB Ah Bttery ()() 65Ah Bttery 1Ah Bttery ()() 1Ah Bttery L 12% 2,A 1% 8% 1,5A 37 UB1.242 () 65Ah Bttery

20 Cpitor Modules modules re supplementry devies for d or 48Vd regulted power supplies. They deliver power to ridge filures of the voltge supply or extend the holdup time fter loss of the power. Serviefree eletrolyti pitors re used for storing the energy. This llows the use even t tempertures up to 7 C. A required periodi replement of ledidtteries is not neessry for these pitors. (48V) ed Chrging Dishrging Module Storge The stored energy of the eletrolyti pitors is relesed slowly into the lod when there is loss on the us. Sttistilly, 8% of ll mins filures lst less thn 2ms. The sttus LED reports if the unit is in redy, hrging or in uffer mode. Cpitor 7 Modules nd 48V Supply Module Module ed Lods Typil wiring sheme of uffer module. Multiple units n e used in prllel to inrese the uffer urrent or to extend the uffer time. Signl outputs nd Inhiit input. Cpitor 48V Modules 31ms 48V 15ms Fmily DIMENSIONU DIMENSIONU Input Voltge Rnge nom V 4856V Input Stndymode typ. 8mA A Chrgingmode mx. 6mA 5mA mode Trnsition Threshold nom. seletle: 22.5V fixed or vrile y voltge drop of 1V *) Unit in SilverLine look with power port (srew terminls) loted on the ottom of the unit. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. seletle: 45V fixed or vrile y voltge drop of 2V Voltge in mode = threshold voltge for uffering = threshold voltge for uffering nom. Time min. 2ms t 1ms t typ. 31ms t 15ms t Losses in Stndymode typ. 1.9W 1.9W Chrging Time typ. 18s 21s MTBF 6) typ kh 2348 kh Opertionl Temperture Rnge min. 25 C to 7 C 25 C to 7 C Derting 6 C to 7 C min. Dimensions WxHxD 7) nom. 64x124x12mm 64x124x12mm Connetion Terminls spring terminls *) spring terminls Weight mx. 74g 74g Control Input inhiit inhiit Signls redy, tive (uffering) redy, tive (uffering) Prllel Use for Extended or Time yes yes Brket for Wll/Pnel Mounting UF2: ZM1.WALL ZM1.WALL Brket for Side Mounting UF2: ZM14.SIDE ZM14.SIDE Storge element uiltin eletrolyti pitors uiltin eletrolyti pitors Order Numer UF2.241 UF2.481 SLV2.2 *) module dvntges: Energy storge with eletrolyti pitors No servie needed for the entire life spn Cn e used up to 7 C Stilised output voltge in uffer mode No dips of the voltge during trnsition from norml to uffer mode Multiple units n e used in prllel to gin longer uffer time or to inrese the uffer urrent Seletle kup ehviour: ing strts elow fixed voltge or y voltge derese of ertin numer of volts. LED nd trnsistor outputs to report the sttus of the unit. Inhiit input to disle uffering Suitle power supplies: All or 48V power supplies >15W re suitle to extend the holdup time fter loss of the power or to deliver extr urrent to support pek lod demnds. Do not use the following power supplies in omintion with uffer modules for ridging short mins outges: CD5, CS5, CS1, QS2, QS4 nd SL4 1 1 UF2.241 UF2.241 UF s 1.s 1.5s 2.s 2.5s 3.s Time 39

21 Redundny nd 8 Diode Modules 16V 5 Redundnt Supply Systems The reliility nd vilility of the voltge n e inresed y using redundnt systems. To hieve redundny, one extr power supply must e instlled in order to supply the required urrent in se one unit in the system fils. Eh individul stndrd power supply must e isolted from the others with diode or redundny module. Redundnt power supplies re lso ville whih lredy hve the deoupling diodes inluded. Redundny Modules Diode Modules Redundny Modules 2x 5A 2x 1A 2x 1A 2x 1x Fmily MiniLine DIMENSIONY DIMENSIONY SilverLine SilverLine Nominl Voltge nom. 16Vd 16Vd 246Vd 2428Vd 2428Vd Numer of Inputs Numer of s Input 11 Mode nom. 2x 2x 12.5A 2x 12.5A 2x *) Aove, oth output terminls must e used. Fold out the k pge to find the pproprite footnotes. Informtion regrding stndrds nd pprovls n e found on pges 42 to 44. Visit for detiled dtsheets. Redundny or Diode Module Lod N1 Mode nom. 2x 5A 2x 1A 2x 1A 2x Single Use nom. 1A Nominl nom. 1A Overlod mx. 1 25A 25A 6 *) 5 Voltge Drop Input to typ..9v.85v.85v.5v.5v Losses No Lod typ. W W 1W 1.6W 1.1W Nominl Lod typ. 9W t 1A 17W t 18W t 13.2W t 19.2W t MTBF 6) typ. 85 Mio. h 47 Mio. h 9.1 Mio. h 4.7 Mio. h 5.2 Mio. h Opertionl Temperture Rnge min. 4 C to 7 C 25 C to 7 C 25 C to 7 C 1 C to 7 C 1 C to 7 C Derting 6 C to 7 C min..25a/ C.5A/ C.5A/ C.7A/ C 1A/ C Dimensions WxHxD 7) nom. 45x75x91mm 32x124x12mm 32x124x117mm 48x124x12mm 48x124x117mm Connetion Terminls spring terminls spring terminls srew terminls srew terminls srew terminls Weight mx. 14g 29g 35g 64g 65g UnderVoltge Monitor no no 21.5V djustle etween 16 & 27V 11Redundny I Lod < I Supply IN1 IN2 IN1 IN2 IN1 IN2 OUT OUT N1Redundny I Lod < (N1) x I Supply N = Numer of Supplies Lod Lod Lod IN1 IN2 Single Use (Redundnt pplitions) I Lod < I Supply OUT OUT OUT OUT IN1 IN2 djustle etween 16 & 27V OverVoltge Monitor no no no 3.7V ±5% 3.7V ±5% Alrm Signls no no 2 rely ontts 2 rely ontts rely ontt Brket for Wll/Pnel Mounting inluded ZM1.WALL ZM1.WALL SLZ2 SLZ2 Brket for Side Mounting ZM11.SIDE ZM11.SIDE Order Numer MLY2.1 YR2.DIODE YRM2.DIODE SLR2 SLR1 Supply IN1 IN2 MLY2.1 YR2.DIODE YRM2.DIODE SLR1 SLR2 Diode modules Diode modules only ontin deoupling diodes nd re the optiml solution to use in redundnt systems, when the power supply itself is lredy equipped with OK signl ontt. Redundny modules Redundny modules ontin deoupling diodes s well s monitoring iruit. LEDs nd rely ontts signl when the input voltge of the module is not in rnge due to power supply filure. This llows remote monitoring. Prllel use of power supplies All power supplies, even those whih re not speified for prllel use in the produt tles in this tlogue, n e used to uild 11redundny pplitions. Plese note tht this is not vlid for N1 redundny pplitions. Redundnt power supplies Redundnt power supplies hve deoupling diodes. A OK signl ontt nd plugonnetors re lso inluded. SLR2.1 1Phse, 2.5A Pge 13 SLR5.1 1Phse, 5A Pge 15 SLR1.1 1Phse, 1A Pge 17 OK 1 Input 1 Input 2 OK 2 Monitoring Input 1 Monitoring Input 2 Alrmontt 1 Alrmontt 2 Funtionl digrm YRM2.DIODE Ciruit Breker L N PE IN1 IN2 IN1 IN2 1A 1A Stndrd Supply L N PE Ciruit Breker Stndrd Supply L N PE Filure Monitor YRM2.DIODE 1A Lod Alrm Contt Input 1 Housing Alrm Contt Input 2 Wiring sheme of 1A redundnt system with the redundny module YRM2.DIODE 1A Lod Filure Monitor 1A OK 1A OK Redundnt Supply SLR1.1 Ciruit Breker L N PE L N PE Ciruit Breker Redundnt Supply SLR1.1 Wiring sheme of 1A redundnt system with two redundnt power supplies SLR1.1 L N PE 41

22 9 Stndrds nd Approvls CE UL 58 (U.S.A.) UL 58 (Cnd) CSA 22.2 No UL 6951 UL164 Clss I Div 2 UL 6111 EN (ATEX) NECClss2 CBSheme IEC 6951 CBSheme IEC 661 GL Germnisher Lloyd CCC (Chin) Devie Net, ODVA Approvl SEMI F47 ASInterfe Approvl EN 6132 (PFC) EN 6133 (Fliker) EN 6161 (EMCImmunity) EN 6162 (EMCImmunity) EN 6163 (EMCEmission) EN 6164 (EMCEmission) EN 5511 / EN 5522 Clss B CE UL 58 (U.S.A.) UL 58 (Cnd) CSA 22.2 No UL 6951 UL164 Clss I Div 2 UL 6111 EN (ATEX) NECClss2 CBSheme IEC 6951 CBSheme IEC 661 GL Germnisher Lloyd CCC (Chin) Devie Net, ODVA Approvl SEMI F47 ASInterfe Approvl EN 6132 (PFC) EN 6133 (Fliker) EN 6161 (EMCImmunity) EN 6162 (EMCImmunity) EN 6163 (EMCEmission) EN 6164 (EMCEmission) EN 5511 / EN 5522 Clss B CD5.121 n.. n.. CD5.241 n.. n.. CD5.241L1 n.. n.. CD5.241S1 n.. n.. CD5.242 n.. n.. CD5.243 n.. n.. CS3.241 CS5.241 CS5.241C1 CS5.241S1 CS5.243 n.. CS5.244 CS1.241 CS1.241S1 CS1.242 CS1.243 n.. CS1.244 CS1.481 CT5.121 CT5.241 CT1.241 CT1.481 ML15.51 ML ML ML3.1 ML3.11 ML3.12 ML3.16 ML5.1 ML5.11 ML5.12 ML5.15 ML5.19 ML5.111 ML7.1 ML9.2 ML95.1 ML1.1 ML1.12 ML1.15 ML1.19 ML1.2 MLY2.1 n.. n.. n.. QS3.241 QS5.241 QS5.DNET QS1.121 QS1.241 QS1.241C1 QS1.31 QS1.481 QS1.DNET QS2.241 QS2.241C1 QS2.244 QS2.361 QS2.481 QS4.244 QT2.241 QT2.241C1 QT2.361 QT2.481 QT4.241 QT4.481 QTD2.241 n.. n.. SL2.1 SL5.1 SL5.3 SL1.1 SL1.3 SL1.39 SL2.31 SL4.31 SLA3.1 SLA4.1 SLA8.1 SLA8.3 SLAD4.1 n.. n.. SLD2.1 n.. n.. SLR1 n.. n.. n.. SLR2 n.. n.. n.. SLR2.1 SLR5.1 SLR1.1 SLV2.2 n.. n.. UB1.241 n.. n.. UB1.242 n.. n.. UB1.245 n.. n.. UBC1.241 n.. n.. UF2.241 n.. n.. UF2.481 n.. n.. XT4.241 XT4.242 XT4.361 XT4.362 XT4.481 XT4.482 XT4.721 XT4.722 YR2.DIODE n.. n.. n.. YRM2.DIODE n.. n.. n.. n..: not pplile Approvls my e pending on new produts. Plese ontt PULS for dditionl informtion. IECEE CB SCHEME GL Germnisher Lloyd, Mrine Chin Compulsory Certifition SEMI F47 ASInterfe ATEX 43

23 Sfety Stndrds IEC 6123 / EN 5178 Eletroni equipment in power instlltions EN Sfety requirements for seondry tteries nd ttery instlltions Prt 2: sttionry tteries IEC/EN 6241 Sfety of eletril equipment of mhines IEC/EN/UL 6951 Sfety of informtion tehnology equipment IEC/EN/UL 6611 Sfety of medil equipment IEC/EN 6124 Lowvoltge power supply devies, output IEC/EN 6185 Adjustle speed eletril power drive systems Prt 5: Sfety IEC/EN Progrmmle ontrollers Prt 2: Equipment requirements nd tests EN Sfety of power trnsformers for swithmode power supplies EN Eletril pprtus for explosive gs tmospheres (ATEX) Prt 15: Constrution, test nd mrking of type of protetion n eletril pprtus Clss I Div 2 (HzLo) Approvl for the use in Clss I Division 2 Groups A, B, C, D hzrdous lotions. Certifition ording to UL 164 or ANSI/ISA CSA 22.2 No. 17 Cndin stndrd: CSA C22.2 No Retifying equipment, ommeril nd industril power supplies UL 58 Industril ontrol equipment UL 131 Clss 2 power units UL 164 Eletril equipment for use in Clss I nd II, Division 2 nd Clss III hzrdous lotions. UL 611 Stndrd for sfety; eletril equipment for mesurement, ontrol, nd lortory use SEMI F47 Clss 2 < 1W < RoHS 22/95/EC SEMI F47 9 Stndrds nd Approvls SEMI (Semiondutor Equipment nd Mterils Interntionl) is n orgnistion supporting the semiondutor industry worldwide. The SEMI F47 speifition defines levels of input voltge sgs with whih semiondutor tool must operte without interruption. For exmple, power supplies must e le to tolerte n input voltge drop of 5% of the nominl voltge for t lest 2ms. Suh voltge drops n our when lrge lods strt or during mins voltge swithing. Comptiility with these requirements is lso importnt for other industries. Only power supplies with stteofthert tehnologies fulfill the SEMI F47 requirements. Mny PULS units re pproved ording to this stndrd nd er the F47 Qulity Str pprovl mrk. NEC Clss 2 The NEC (Ntionl Eletril Code) is North Amerin stndrd whih is regrded s the guideline for ll eletril instlltions in the USA. NEC Clss 2 defines voltge, urrent nd power limits whih re onsidered to e sfe from fire ignition stndpoint nd provide n eptle protetion ginst eletri shok. An NEC Clss 2 iruit hs redued requirements regrding wiring methods, insultion, wire size nd overurrent protetion. Furthermore, the pprovl proess of the endpplition is muh esier. NEC Clss 2 iruits need to e powered from listed NEC Clss 2 power supply whih ensures, tht the output urrent is lwys elow nd the output power is lwys elow 1VA. These limits need to e fulfilled even under overlod or during fult onditions of the unit. Extensive tests nd pprovls re neessry. RoHS Restrition of the usge of hzrdous sustnes The Europen diretive 22/95/EC limits the mximum impurity levels of homogeneous mterils suh s led, merury, dmium, hrome 6, polyrominted flme retrdnts PBB nd PBDE for the use in eletril nd eletroni equipment. RoHS is the revition for Restrition of the use of ertin hzrdous sustnes in eletril nd eletroni equipment. All items in this tlog onform to this stndrd. EMC Stndrds IEC/EN 6132 EMC, Limits for hrmoni urrent emission ( PFCNorm ) IEC/EN 6133 EMC, Limittion of voltge hnges, voltge flututions nd fliker IEC/EN 6161 EMC, Generi immunity stndrd for residentil nd ommeril environment IEC/EN 6162 EMC, Generi immunity stndrd for industril environment IEC/EN 6163 EMC, Generi emission stndrd for residentil nd ommeril environment IEC/EN 6164 EMC, Generi emission stndrd for industril environment IEC/EN Lowvoltge power supply devies, output Prt 3: eletromgneti omptiility IEC/EN 6183 Adjustle speed eletril power drive systems Prt 3: EMC requirements nd speifi test methods EN 5511 Industril, sientifi nd medil (I.S.M.) rdio frequeny equipment Rdio disturne hrteristis EN 5522 Informtion tehnology equipment (I.T.E.) rdio frequeny equipment Rdio disturne hrteristi EN 5524 Informtion tehnology equipment Immunity hrteristis Limits nd methods of mesurement; repled y EN 6161 EN 5811 Emission stndrd for residentil nd ommeril environment; repled y EN 6163 EN 5812 Emission stndrd for industril environment; repled y EN 6164 EN 5821 Immunity stndrd for residentil nd ommeril environment; repled y EN 6161 EN 5822 Immunity stndrd for industril environment; repled y EN 6162 FCC Prt 15 Federl Communitions Commission; EMC requirements for rdio frequeny devies Strom Spnnung PFCNorm EN 6132 Line urrent hrmoni ontent. Typilly, the input urrent wveform is not sinusoidl due to the periodil pek hrging of the input pitor. In industril environments, omplying with EN 6132 is only neessry under speil onditions. Complying to this stndrd n hve some tehnil drwks, suh s lower effiieny s well s some ommeril spets suh s higher purhsing osts. Frequently, the user does not profit from fulfilling this stndrd, therefore, it is importnt to know whether it is mndtory to meet this stndrd for speifi pplition. The EN 6132 is not mndtory when: the hrmoni requirements re inluded in produt stndrd whih pplies to the endprodut; the input power of the power supply is elow 75W. The mesurement of the hrmoni input urrent llows verging of the totl lod yle inluding ll reks; the input power of the power supply is ove 1W; the power supply is onneted to mins elow 22V; the power supply is used outside the Europen Union; the power supply is onneted to mins supply with its own trnsformer. Suh mins supplies re onsidered to e nonpuli. Where individul selfontined items re instlled in rk or se (e.g. power supplies, drive system) s n ssemled piee of equipment, they re regrded to e individully onneted to the mins. Alterntively, it is lso permitted to ssess the whole rk. This short interprettion llows rough guide for mhine designers nd system integrtors. It is not omprehensive nd does not reple studying the stndrd or n indepth nlysis of the individul pplition. 45

24 Protetion of Brnhes with Ciruit Brekers 1 Tehnil Notes Mximum wire length: Clik Stndrd miniture iruit rekers (MCB s or UL177 iruit rekers) re without dout, one of the most effiient nd eonomil wys to open iruits to fulty rnhes. MCB s re designed to protet wires nd iruits. If the mpere vlue nd the hrteristis of the MCB re dpted to the wire size used, the wiring is onsidered to e thermlly sfe regrdless of whether the MCB opens or not. To void voltge dips nd undervoltge situtions in djent rnhes whih re supplied y the sme soure, fst (mgneti) tripping of the MCB is desired. A quik shutdown within 1ms is neessry orresponding roughly to the ridethrough time of PLC s. This requires power supplies with high urrent reserves nd lrge output pitors. Furthermore, the impedne of the fulty rnh must e suffiiently smll in order for the urrent to tully flow. The est urrent reserve in the power supply does not help if Ohm s lw does not permit urrent flow. The tle on the right shows typil test results of four frequently used power supplies. The test results revel the mx. wire length for mgneti tripping depending on the wire ross setion. If the use of MCB does not ring the desired effet, n eletroni iruit reker should e used. Supply Ciruit Lod Breker Wire Length Shortiruit Swith Test setup for tripping ehviour of iruit rekers. Don t forget tht the distne to the lod (= le length) is usully hlf the totl wire length ( nd wire)! QS Phse, 1A Ciruit Breker Ciruit Breker Ciruit Breker Ciruit Breker C C C C C C1A B B1A C C C C C C1A B B1A C C C C C C1A B B1A C C C C C C1A B B1A.75mm 2 1.mm 2 1.5mm 2 2.5mm 2 2m 17m 11m 5m 2m 1m 1 CS Phse, 1A 21m 15m 1m 1m 1m 1 QS Phse, 26m 2 15m 7m 5m 2m 19m 7m QT Phse, 2 21m 1 1m,5m 18m 25m 16m 7m 2m 18m 6m 26m 21m 1 6m 2m 2m 18m 5m 35m 29m 19m 1m 7m 27m 11m 3 29m 17m 6m 1m 21m 46m 3 21m 11m 26m 1m 37m 2m 9m 26m 9m 62m 5 31m 15m 1m 5m 38m m 27m 8m 2m 3 6m 78m 5m 37m 16m 7m 5m 47m 16m 68m 51m 38m 16m 5,5m 42m 11m 82m 72m 51m 26m 16m 7m 57m 2 7m 58m 47m 1 5m 56m 11m Supplies for DevieNet Systems DevieNet is n open field us whih is used worldwide. This field us is powered y two wires of multiore network le. PULS supports the DevieNet system with two speil power supplies. These two units re tested nd pproved ording to the DevieNet Speifition. QS5.DNET, 3. NECClss2 power supply Pge 14 QS1.DNET, NECClss1 power supply Pge 16 The speil fetures of DevieNet power supplies: The nominl nd overlod urrents re sized for the rtings of DevieNet les. Lrge pitors within the DevieNet network n e hrged in the required time. After turnon, the output voltge inreses ording to the DevieNet timing speifition. The output voltge is dpted for the required DevieNet level. Our DevieNet power supplies re pproved y the Open DevieNet Vendor Assoition (ODVA) nd rry the pprovl mrk DevieNet Conformne Tested. 47

25 Tehnik Chrteristis of SemiRegulted Supplies Supply Ciruit Lod Breker Conforml Coted A Supplies Wire Length H 24.V Tehnil Notes1 Voltge vs. Bonus A B C D supplies in the PULS DIMENSION XSeries hve new nd innovtive onept for generting voltge from threephse input voltge. Prinipl pplitions of the XSeries inlude supplies to motors, vlves nd other lod iruits with high power onsumption, where n urte output voltge regultion (stndrd on swith mode power supplies) is not required. Wht does semiregulted men? Trnsformer power supplies re normlly Supplyunregulted. Ciruit When Lod Breker the input voltge vries, the A output voltge follows this hnge Wire Length proportionlly. Similr voltge flututions lso our when the Shortiruit lod urrent hnges. This is preisely where the semiregulted Swith onept used in the XSeries omes Tehnik in. This series offers stilised output voltge in the ore rnge of the input voltge (36 Voltge, typ. 3V 28V to 44V or 432 to 528V). The output voltge only strts Supply Ciruit Lod 26V Breker to hnge proportionlly with the input voltge Hif the input 24.V is B outside of this Wire ore Length rnge. The minimum 22V lod () requirement = W for () > 48W 2V stilised output is only 5% of the nominl lod. Voltge, typ. 3V 28V 26V Shortiruit Swith 22V () = W () > 48W 2V 4V: V 48V: V XT4: Voltge voltge vs. versus input Shutdown fter: voltge nd lod urrent Bonus 15s 5s,1s 1% 125% 2% 35% I Voltge vs. L3 L1 Exploit potentil ost svings The dvntges of the XSeries over its ompetitors inlude its lower purhse prie, nd smller enlosures llowing further svings on the totl system ost. In ddition trnsport nd instlltion osts re signifintly redued, energy osts re lower nd the ooling nd ventiltion requirements re redued. These re ll ftors tht hve not een ville in this form until Tehnik now. Aville semiregulted power supplies: Bonus 24.V XT4.241 H 3x4V, Pge 25 XT x48V, Pge 25 fter 4s XT x4V 36V, 26. Pge 26 XT x48V 1% 15% 36V, 26. Pge 26 XT x4V 48V, Pge 27 XT x48V L148V, Pge 27 Bonus XT x4V 72V, 13. 3Phse Pge 27 I L3 L2 Supply XT x48V 72V, 13. Pge 27 L2 3Phse 1.4kg Supply L1 L2 L3 PE Series Connetion of s C 5m 21m 3 56m 25 C 6m C 11m 2 C 4 C 6 C 7 C C1A Amient Temperture 19m 27m 38m 57m 49 XT4: Weighing just 1.4 kg, the devie provides 96 wtts of ontinuous output power. 26.V CS Phse, 1A.75mm 2 1.mm 2 1.5mm 2 2.5mm Ciruit 2 C 21m 26m 37m 68m QS Phse, 1A Breker C 15m 21m 51m Ciruit C 2m 46m 78m C 1m 1 2m 38m Breker C 17m 25m 3 5m C 6m 9m 16m C 11m 16m 21m 37m C 1m 2m Voltge5,5m Mins Voltges Worldwide C 5m 7m 11m 16m C1A 1m 2m26.V () Prllel Use L C 2m 7m B 1 18m 26m 42m 25.5V () Single Use K C1A 1m 2m 5m B1A 5m 9m 11m 25.V B 1 18m 26m 47m QS Phse, 24.5V B1A 6m 1m 16m Ciruit C 26m 35m 62m 82m CS Phse, 1A Breker C 2 24.V 29m 5 72m Ciruit C 21m 26m 37m 68m C 15m 19m23.5V 31m 51m Breker C 15m 21m 51m C 7m 1m23.V 15m 26m % 25% 5% 75% 1% C 1m 1 2m 38m C 5m 7m 1m 16m C 6m 9m 16m C1A 2m 5m 7m C 1m 2m 5,5m B 19m 27m 38m 57m C1A 1m 2m B1A 7m 11m Allowed 1 2 for 2Phse Opertion L B 1 18m 26m 42m QT Phse, B1A 5m 9m 11m Ciruit C 2 325A 4 7m M QS Phse, Breker C 21m 29m 39m 58m Ciruit C 26m 35m 62m 82m C 1 17m 27m 47m Breker C 2 29m 5 72m C 6m 8m 1 1A () 2x 46 to 552V C 15m 19m 31m 51m C 1m 5m () 2x 34 to 46V C 7m 1m 15m 26m C1A,5m 1m 5A 2m () shortterm for typ. 4s C 5m 7m 1m 16m B 18m 2m 5m 7m B1A B B1A 7m QT Phse, 11m C D 1 2 4V: V 48V: V Voltge vs. Bonus Shutdown fter: 15s 5s,1s 1% 125% 2% 35% XT4: Lrge power reserves for.75mm 2 1.mm 2 1.5mm 2 2.5mm 2 dynmi onsumers. QS Phse, 1A Supply A Ciruit A unit whih C hs 2m shutdown n 46m 78m Breker e restrted C with 17m the reset 25m utton. 3 5m C 11m 16m 21m 37m C 5m 7m 11m 16m C J2m 7m Supply B C1A 1m 2m 5m B 1 18m 26m 47m B1A 6m 1m 16m Supply A 1% 15% fter 4s 1V / 2V J K Lod 12V / 28V 12/ Voltge vs. XT4 Voltge 25.5V 25.V 24.5V 127V / 22V 24.V 23.5V Supply A Supply B () Prllel Use () Single Use 22V / 38V L1 L2 L3 PE 23.V % 25% 5% 75% 1% IEC 638 *) 5, 6Hz Allowed for 2Phse Opertion Europe 5Hz USA 25A 6Hz Cnd 6Hz Jpn 1A () 2x 46 to 552V 5, 6Hz Chin 5A () 2x 34 to 46V () shortterm for typ. 4s 5 Hz Indi 25 C C 2 C 4 C 6 C 7 C 5Hz Tiwn Amient Temperture 6Hz Russi Supply A 5Hz South Ameri 6Hz Afri 5Hz Supply B *) IEC 638: Norm regrding IEC stndrd voltges 23V / 4V Lod XT4: Esy dignosti: The yellow LED reports overlod, too low/high input voltge or loss of phse. / 415V 277V / 48V 44V 575V Lod 6V In environments where dust, ontminnts, osionl high Shortiruit humidity, virtion or therml Swith shok n e expeted, devies with onforml oted PC ords re reommended. A Voltge, typ. signifintly higher opertionl sfety 3V level n e hieved y voiding short iruits nd orrosion of ondutors nd solder joints. 28V The protetive oting is mde with n 26Vryli vrnish nd the oting proess is dip method. Ares whih re not llowed B to e oted re proteted y msk (e.g. terminl I loks, fuses, potentiometers). The oting 22V () = W itself hs no impt on the eletril performne of the power supply. () > 48W 2V 4V: V 48V: V Aove ertin order quntity, nerly ll PULS power supplies n e equipped with onforml oting. Plese ontt your lol PULS Voltge representtive vs. if you do not find the desired unit in the list elow. Aville power supplies with onforml oted PC ord: Bonus ML5.19 1PhInput, 2.1A Pge 13 ML1.19 1PhInput, 4. Pge 15 1% 2% CS5.241C1 1PhInput, 5A Pge 15 QS1.241C1 1PhInput, 1A Pge 17 QS2.241C1 1PhInput, Pge 17 QS Phse, 1A SL1.39 3PhInput Ciruit, 1A C 2m Pge 24 QT2.241C1 3PhInput D Breker C 17m 25m, Pge 24 Typil field pplitions re: Pper mills nd pper proessing industry whih must e immune ginst ll kinds of dust nd 24.5V eletrostti dishrge. Rilrods nd onstrution mhines with ontinuous virtions nd rpid temperture hnges. Frms, where fumes (rns, silos, Ciruit et.) re C present 21mnd 26m resistne 37m to insets 68m is required. In proteted outdoor res, where moisture nd 1m ondenstion 1 2m is osionlly 38m present. Systems whih re ooled with fns, resulting in extreme dust deposits. Sutropil regions with long lsting high C1A humidity 1m long 2m with high mient tempertures. Lighting, dvertising displys nd sore ords whih re loted in proteted outdoor res. Mny power supplies re llowed to e onneted together in series to hieve higher output voltges. Chek the relevnt produt tles in this tlogue to see if unit is suitle for series onnetion or Ciruit not. C Breker C Plese follow these instrutions for series opertion: C Breker Use only power supplies of the sme type. It is possile to onnet s mny units in C1A series s,5mneeded, 1m providing 2m the sum of the output voltges dose not exeed 15Vd. Voltges with potentil ove 6Vd re not SELV nd n e dngerous. Suh voltges must e instlled with suitle protetion from touhing. Note tht lekge urrent, EMI, inrush urrent nd hrmonis will inrese when using multiple power supplies. C C C C1A B B1A C C C C Shutdown fter: 15s 5s,1s B 1 B1A QS Phse, Ciruit Breker C C C C C1A B B1A C C C B B1A 125% 35%.75mm 2 1.mm 2 1.5mm 2 2.5mm 2 11m 5m 2m 1m 1 CS Phse, 1A 15m 1m 26m 2 15m 7m 2m 19m 7m QT Phse, 2 21m 1 1m 18m 16m 7m 2m 18m 6m 21m 6m 2m 18m 5m 35m 29m 19m 1m 7m 27m 11m 3 29m 17m 6m 21m Voltge Series onnetion of outputs to hieve higher output voltges Avoid instlling power supplies on top of eh other nd keep the reommended lterl instlltion lernes. 46m 3 21m 11m 26m 1m 9m 26m 9m 62m 5 31m 15m 1m 5m 38m m 27m 8m 3 6m 78m 5m 37m 16m 7m 5m 47m 16m 51m 16m 5,5m 42m 11m 82m 72m 51m 26m 16m 7m 57m 2 7m 58m 47m 1 5m 56m 11m J K L M 26.V 25.5V 25.V 24.V 23.5V L3 () Prllel Use () Single Use L1 L2 Supply A Supply B 3Phse Supply L1 L2 L3 PE 23.V % 25% 5% 75% 1% Allowed for 2Phse Opertion 25A 1A () 2x 46 to 552V () 2x 34 to 46V 5A () shortterm for typ. 4s 25 C C 2 C 4 C 6 C 7 C Amient Temperture Dip oting proess Supply A Supply B 1% 15% fter 4s Lod Lod

26 Prllel Use for Higher Mounting Aessories Tehnik 1 Tehnil Notes Prllel use to inrese the output power The prlleling of outputs for higher power needs is not permitted for ll power supplies. Informtion s to whih units re suitle for this purpose n e found in this tlogue in the relevnt produt tles. Only power supplies whih re equipped with fetures to void permnent overloding of one individul unit re suitle. Furthermore, the power supply is not llowed to enter into sleep mode if voltge is pplied to the output terminls (whih is utomtilly the se when units re onneted in prllel). This ould use unexpeted voltge dips when the lod hnges from low level to high level. Why re speil produt fetures neessry? The unit with the higher output voltge will drw s muh urrent s it n deliver. When it then swithes from the voltgeregultionmode to urrentregultionmode, the voltge redues nd the remining urrent will e delivered y the seond unit. The first unit n e permnently overloded when there re no mesures to prevent this this. Sine mny power supplies offer extr urrent (Boost), therml shutdown ould our. Ext djustment of the output voltge only helps t first, when putting the system into opertion. However, fter period of time the voltges will drift (ging nd therml effets) nd urrent shring will no longer tkes ple. Prllel use for 11 redundnt systems or to deliver short term pek urrents A For these purposes, there is no risk of therml overloding of one unit. All power supplies, even those whih re not speified for prllel use in the produt tles, n e used to uild 11 redundnt systems or to deliver short term pek urrent to the lod when the verge urrent is smller thn the urrent of one power supply. Plese note tht this is not vlid for N1 redundny pplitions. B Fetures of PULS power supplies to void overloding of one individul unit. Bonus : The Bonus feture inludes power mnger whih tively limits the durtion in whih the power supply n deliver more thn the nominl urrent. Sine the power supply is designed for this urrent, there is no risk to the unit. Pssive urrent lning: The pssive urrent lning feture n e tivted y setting the single/prlleluse jumper into prllel use. This feture is ville on mny units nd results in soft output hrteristi. The output voltge t no lod is proximtely 5% higher ompred to full lod. This llows the lod urrent to e distriuted eqully etween the individul units even when the output voltge is not djusted to the extly sme vlue. Ative urrent lning: The tive urrent lning feture requires urrent shre us on the power supply. This feture is only ville on the SL4.31 unit. The urrent shre signl terminl of ll units must e linked together. An internl eletroni iruit ensures ext urrent lning. Instrutions for using power supplies in prllel: Tehnik Use only power supplies of the sme fmily. Supply Ciruit Lod It is Breker possile to onnet s mny units in prllel s needed. A fuse (or diode) on the output is only required if more thn Wire Length three units re onneted in prllel. This voids tht defetive unit n eome Shortiruit lod for the funtionl units. Swith Note tht lekge urrent, EMI, inrush urrent nd hrmonis Voltge, will inrese typ. when using multiple power supplies. 3V Avoid instlling power supplies on top of eh other nd keep 28Vthe reommended lterl instlltion lernes. 26V H I No DINril ville? Is the inet too shllow? Supply Ciruit Lod Bonus Vrious mounting rkets re ville Breker for diret wll or pnel mounting of DIMENSION nd SilverLine units. The mounting 24.V rkets ZM11.SIDE A H through to ZM15.SIDE re used to mount DIMENSION power supplies nd other DIMENSION modules sidewys to redue the instlltion depth. All ordering numers n e found in this tlogue in the produt Wire Length tles. ZM1.WALL Designed for diret pnel or wll mounting Voltge of DIMENSION vs. units Ciruit C 21m 26m 37m 68m Using Only Two Breker Legs Cof 15m the 21m ThreePhse 51m System There is C no prolem 1m if 2m one phse C1A 1m 2m fils. All threephse power supplies re B1A proteted ginst 5m loss B 1 18m 26m 9m SLZ1... SLZ14 L3 Mounting rket for the S73 ril Brket: Width of unit: SLZ1 up to m SLZ11 41 to 51mm SLZ12 52 to 66mm SLZ13 67 to 9mm SLZ14 91 to 121mm ZM2.WALL Mounting Voltge rket for pnel or wll 26.V mounting of the QS4, QT4 or XT4 () Prllel units Use Supply A 22V Voltge () = W Voltge vs. QS2.241 of one 1Phse phse., Externl protetion ture rnge. More detils 26.V () > 48W () Prllel Use Bonus Ciruit C 26m 35m 62m 82m 25.5V 2V L1 L2 L3 PE () Single Use 24.V Breker iruits suh s motor protetors n e found in the C 2 29m 5 72m 25.V 4V: V 1A () 2x 46 to 552V 48V: V re not C required. 15mMny 19m units re 31m 51m dtsheet. () 2x 34 to 46V 24.5V Supply B C 7m 1m 15m 26m 5A () shortterm for typ. 4s Lod 24.V fter 4s llowed to run permnently on C 5m 7m 1m 16m 23.5V Voltge vs. 25 C C 2 C 4 C 6 C 7 C only two legs. For highpower units, C1A redution 2m of the output 5m Plese 7m note: An opertion on only two legs 23.V 1% 15% Amient Temperture Shutdown fter: % 25% 5% 75% 1% B 19m 27m 38m 57m 15s power or the mximum mient temperture is required when 5s,1s Supply A B1A 7m 11m 1 2 C Supply A the unit is permnently used on only two legs. Exeeding these Prllel onnetion of outputs to Jumper to selet etween single Prllel use: The output voltge The Bonus will e utomtilly redued to the nominl limits results in therml shutdown. Ciruit The C produt 2 tles 3 of the 4 7m losses. The lifetime Mex use enles urrent shring higher ompred Bonus to full lod. The output power fter 4s. This voids slightly inreses the Allowed output power for 2phse QT Phse, opertion (exmple: QT2.241) hieve higher output power use nd prllel use. Prllel t no lod is pproximtely 5% individul units Breker C 21m 29m 39m 58m desrie the mximum output power s perentge to Supply whih B unit n e loded C when used petny nd the MTBF figures re minimlly redued. Furthermore, the input urrent will e pproximtely 1.8times higher. Lod etween power supplies. lod urrent is distriuted eqully permnent overloding of one C 1 17m 27m 47m J Supply B etween the individul units. of the prlleled units. on 6m only two 8m 1 Lod C 1m 5m 1% 125% 2% 35% C1A,5m 1m 2m B 18m 21m 3 56m B1A 6m 11m 51 QS Phse, 1A.75mm 2 1.mm 2 1.5mm 2 2.5mm 2 L3 L1 L2 B C 1% 15% 3Phse Supply Voltge, typ. 3V 28V 26V Shortiruit Swith 22V () = W () > 48W 2V 4V: V 48V: 576V Bonus Shutdown fter: 15s 5s,1s 1% 125% 2% 35%.75mm 2 1.mm 2 1.5mm 2 2.5mm 2 QS Phse, 1A Voltge vs. Ciruit C 2m 46m 78m SLZ2 ZM11.SIDE... ZM15.SIDE Designed for diret pnel D Breker C 17m 25m 3 5m Bonus or wll Designed for sidewys mounting 24.V C 11m 16m 21m 37m mounting of SilverLine units of DIMENSION units. Cn e used C 5m 7m 11m 16m with or without DINril C 2m 7m C1A 1m 2m 5m B 1 18m 26m 47m fter 4s B1A 6m 1m 16m CS Phse, 1A C C 1m 1 6m 2m 9m 38m 16m 5,5m legs. This perentge is vlid for the entire input 42m L 11m voltge nd temper I J K Voltge vs. 25.5V 25.V 24.5V 24.V 23.5V () Single Use L1 L2 Supply A Supply B 1% 15% fter 4s 3Phse Supply L1 L2 L3 PE 23.V % 25% 5% 75% 1% Allowed for 2Phse Opertion 25A Lod

27 FOOTNOTES 1) At nominl input voltge nd nominl output lod 2) 5 Ohm mesurement, ndwidth 2MHz 3) At nominl lod nd the lower end of the input voltge rnge 4) The given vlue desrie the minimum required vlue of n externl iruit reker. If n externl iruit reker is required or not, n e found in the dtsheet. 5) Pek vlue nd inrush energy t n mient of 4 C nd old strt 6) Aording to SN 295 (IEC 6179) nd 23V (or 3x4V or nominl voltge), nominl lod nd 4 C mient temperture 7) Depth without DINril, dimensions without plugonnetor 8) Hrmoni orretion desries whether the input urrent wveform is eletronilly orreted (tive) or smoothed with n indutor (pssive) in order to redue the mount of hrmoni urrent. EN 6132 does not neessrily require orreted unit. 9) Vlid only for the sme units up to totl voltge of 15Vd. A) The vlues given desrie s perentge of the mximum output power to whih the unit n e loded when one phse fils. The vlue is vlid for the entire input voltge nd temperture rnge. More detils n e found in the dtsheet nd on pge 51. B) The unit n respond with therml shutdown when ontinuously loded with >12W nd operted with mins voltge of 1V or elow. C) Seletle etween ontinuous urrent nd FUSE Mode (shutdown). D) During overlod, unit shuts down fter the following time periods: 15s for output urrents etween 1 nd 125% 5s for output urrents etween 125 nd 2% 1ms for output urrents > 2% To restrt, press the reset utton or yle the input power. E) No inrush urrent surge thnks to pitorfree input stge. F) After turnoff, the output voltge dereses ontinuously. E.g.: fter s nd full lod, 8% of the nominl output voltge is ville. G) Do not use the short term urrent / power longer thn duty yle of 1% nd/or not longer thn 1 minute every 1 minutes. H) One the short term power is exeeded, the power supply responds with timedelyed shutdown. J) The power supply should not e used in prllel in order to inrese the output power. However, units n e prlleled for uilding 11 redundny systems or to deliver shortterm pek urrents to the lod when the verge urrent is smller thn the urrent of one power supply. K) Bonus opertes for typ. 4s. After this, the output power will utomtilly e redued to the ontinuous output power level. L) The shortterm power is ontinuously llowed up to n mient of 45 C. Do not use the short term power longer thn duty yle of 1% nd / or not longer thn 1 minute every 1 minutes ove 45 C. M) No pssive urrent shre. One or more units n e permnently overloded, whih shortens the lifetime expetny nd MTBF. The overloded unit n respond with therml shutdown t tempertures ove 45 C. N) Set unit into prllel mode y hnging the jumper position. The regultion of the output voltge is then lod dependent. The output voltge t no lod is pproximtely 5% higher ompred to full lod. This enles urrent shre etween prlleled units. O) Open olletor trnsistor output, A mx. P) Rely ontt: 6Vd.; 3Vd 1A; 3V.5A R) Resistor with utomti ypss S) Additionl tests might e neessry when the omplete system hs to e pproved ording to UL 58 or UL6951. T) A supply from the intermedite us of frequeny onverter is not reommended nd n use mlfuntion or dmge the unit. U) Use pproprite externl fuses in the nd line whih re suitle for the voltge (e.g. KLKD from Littelfuse). 52