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1/3 ref. certif. no. DK-28210-M2-UL iec system for mutual recognition of test certificates for electrical equipment (iecee) cb scheme systeme cei d?acceptation mutuelle de certificats d?essais des equipements electriques (iecee) methode oc cb test certificate certificat d?essai oc product produit switching power supply name and address of the applicant nom et adresse du demandeur bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the manufacturer nom et adresse du fabricant bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the factory nom et adresse de l?usine note: when more than one factory, please report on page 2 note: lorsque il y plus d'une usin e, veuillez utiliser la 2 me page bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea additional information on page 2 ratings and principal characteristics valeurs nominales et caractristiques principales see page 3 trademark (if any) marque de fabrique (si elle existe) none type of manufacturer's testing laboratories used type de programme du laboratoire d'essais constructeur model / type ref. ref. de type models cenb1100********, menb1100********, jmw1100*********, jpw1100*********, see page 2 additional information (if necessary may also be reported on page 2) les informations complmentaires (si ncessaire,, peuvent tre indiqus sur la 2 me page additional information on page 3 a sample of the product was tested and found to be in conformity with un chantillon de ce produit a t essay et a t considr conforme la iec 60950-1(ed.2), iec 60950-1(ed.2);am1 as shown in the test report ref. no. which forms part of this certificate comme indiqu dans le rapport d?essais numro de rfrence qui constitue partie de ce certificat e300305-a33-cb-4 issued on 2013-01-16 this cb test certificate is issued by the national certification body ce certificat d?essai oc est tabli par l?organisme national de certification ul (us), 333 pfingsten rd il 60062, northbrook, usa ul (demko), borupvang 5a dk-2750 ballerup, denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, japan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames date: 2013-01-16 original issue date: 2012-09-24 signature: jan-erik storgaard ( ca), 7 underwriters road , toronto , m1r 3b4 onta fo fo f f fo f fo fo fo fo fo f f o f f o f o f f f f f f f f jan-erik sto rg aa aa aa aa aa a aa aa aa aa aa aa aa aa a a a aa aa aa a a a a a a a a aa a a a a a a a a rd
2/3 ref. certif. no. DK-28210-M2-UL model details: cenb1100 * ** ** * ** (b) (c) (d) (f) (e) (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) jmw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) (a) means custom options, may be a to z; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) jpw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) (a) means custom options, may be a to z; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) menb1100 * ** ** * ** (b) (c) (d) (f) (e) (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) factories: wendeng jeil electronics co ltd dong shou guangzhou lu kaifa-qu wendeng-shi shandong china additional information (if necessary) information complmentaire (si ncessaire) ul (us), 333 pfingsten rd il 60062, northbrook, usa ul ( demko ) , boru p van g 5a dk-2750 balleru p , denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, japan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames signature: jan-erik storgaard date: 2013-01-16 original issue date: 2012-09-24
3/3 ref. certif. no. DK-28210-M2-UL ratings: input rating: 100-240 vac, 50-60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a or 48.0 vdc, 2.1a additional information: the original report was modified to include the following changes/additions: add class of category. correct required clearance and creepage in table. additionally evaluated to en60950-1:2006/a11:2009/a1:2010/a12:2011; national differences specified in the cb test report. additional information (if necessary) information complmentaire (si ncessaire) ul ( us ) , 333 pfin g sten rd il 60062, northbrook, usa ul ( demko ) , boru p van g 5a dk-2750 balleru p , denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, japan ul ( ca ) , 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames signature: jan-erik storgaard date: 2013-01-16 original issue date: 2012-09-24
issue date: 2012 - 09 - 24 page 1 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul test report issued under the responsibility of: test report iec 60950 - 1 information technology equipment - safety - part 1: general requirements report reference no .................. : e300305 - a33 - cb - 4 date of issue ................................ . : 2012 - 09 - 24 total number of pages .................. : 11 cb testing laboratory ............... : ul korea, ltd. address ................................ ......... : #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea applicant's name ........................ : address ................................ ......... : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea test specification: standard ................................ ........ : iec 60950 - 1:2005 (2nd edition); am 1:2009 test procedure .............................. : cb scheme non - standard test method ............ : n/a test report form no. ................. : iec60950_1b test report form originator .......... : sgs fimko ltd master trf ................................ ... : 2010 - 04 copyright ? 2010 iec system for conformity testing and certification of electrical equipment (iecee), geneva, switzerland. all rights reserved. this publication may be reproduced in whole or in part for non - commercial purposes as long as the iecee is ack nowledged as copyright owner and source of the material. iecee takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. if this test repor t is used by non - iecee members, the iecee/iec logo and the reference to the cb scheme procedure shall be removed. this report is not valid as a cb test report unless signed by an approved cb testing laboratory and appended to a cb test certificate issued by an ncb in accordance with iecee 02.
issue date: 2012 - 09 - 24 page 2 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul test item description .................. : switching power supply trade mark ................................ .... : none manufacturer ................................ . : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea model/type reference ................... : models cenb1100********, menb1100********, and jmw1100********* and jpw1100********* ratings ................................ .......... : input rating: 100 - 240 vac, 50 - 60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vd c, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a or 48.0 vdc, 2.1a
issue date: 2012 - 09 - 24 page 3 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul testing procedure and testing location: [x] cb testing laboratory testing location / address .............. : ul korea, ltd. #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea [ ] associated cb test laboratory testing location / address .............. : tested by (name + signature) ....... : inyoung hwang approved by (name + signature) ... : byeonguk lee [ ] testing procedure: tmp tested by (name + signature) ....... : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: wmt tested by (name + signature) ....... : witnessed by (+ signature) ............ : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: smt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : [ ] testing procedure: rmt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : list of attachments national differences (0 pages) enclosures (0 pages) summary of testing: no tests were conducted summary of compliance with national differences: countries outside the cb scheme membership may also accept this report. list of countries addressed: at, be, ca, ch, cn, cz, de, dk, es, eu, fi, fr, gb, gr, hu, ie, il, it, jp, kr, nl, no, pl, pt, se, sg, si, sk, us
issue date: 2012 - 09 - 24 page 4 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul the product fulfills the requirements of: n/a copy of marking plate - refer to enclosure titled marking plat e for copy.
issue date: 2012 - 09 - 24 page 5 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul test item particulars : equipment mobility ................................ ............... : movable connection to the mains ................................ ...... : pluggable a operating condition ................................ .............. : continuous access location ................................ .................... : n/a over voltage category (ovc) .............................. : ovc ii mains supply tolerance (%) or absolute mains supply values ................................ ................................ ... : +10%, - 10% tested for it power systems ............................... : yes(for norway only) it testing, phase - phase voltage (v) ..................... : 230 vac class of equipment ................................ .............. : class i (earthed) or classii(double insulated) conside red current rating of protective device as part of the building installation (a) ............................... : 2.0 pollution degree (pd) ................................ ........... : pd 2 ip protection class ................................ ................ : ip x0 altitude of operation (m) ................................ ....... : up to 5000m altitude of test laboratory (m) ............................... : n/a mass of equipment (kg) ................................ ....... : 0.7 possible test case verdicts: - test case does not apply to the test object ........... : n / a - test object does meet the requirement ................. : p(pass) - test object does not meet the requirement ........... : f(fail) testing: date(s) of receipt of test item ............................... : n/a date(s) of performance of tests ........................... : n/a general remarks: the test results presented in this report relate only to the object tested. this report shall not be reproduced, except in full, without the written approval of the testing laboratory. "(see enclosure #)" refers to additional information appended to the report. "(see appended table)" refers to a table appended to the report. throughout this report a point is used as the dec imal separator. manufacturer's declaration per sub clause 6.25 of iecee 02: the application for obtaining a cb test certificate includes more than one factory and a declaration form the manufacturer stating that the sample(s) submitted for evaluation is (are) representative of the products from each factory has been provided ...... when differences exist, they shall be identified in the general product information section. yes name and address of factory(ies): bridgepower corp 964 gosaek - dong gwonseon - gu
issue date: 2012 - 09 - 24 page 6 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul suwon - si gyeonggi - do 441 - 813 korea wendeng jeil electronics co ltd dong shou guangzhou lu kaifa - qu wendeng - shi shandong china general product information: report summary the original report was modified on 2013 - 01 - 16 to include the following changes/additions: e300305 - a33 - cb - 4, correction2 - add class of category ; classii(double insulated) due to missing. - correct required clearance and creepage in table 2.10.2 and 2.10 .3 from 7.7 to 7.1 due to error. product description switching power supply (ac/dc adapter), consists of electronic components mounted on pwb, a switching transformer and electronic components mounted on pwb, housed with a plastic enclosure. model differences models cenb1100********, menb1100********, and jmw1100********* and jpw1100********* (where * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") models cenb1100********, men b1100********, and jmw1100********* are identical to jpw1100*********, except model designations as follows; nomenclature jpw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) or jmw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) or cenb1100 * ** ** * ** (b) (c) (d) (f) (e) or menb1100 * ** ** * ** (b) (c) (d) (f) (e) (a) means custom options, may be a to z ; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, m aybe f(classi) or q (classii) or n(classii) the marked models as 12, 13, 15, 16, 18, 19 , 24 and 48 on (c) nomenclature are identical individually, except model designations, output ratings, transformers and secondary circuits.
issue date: 2012 - 09 - 24 page 7 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul the models jpw1100**13*** **, jpw1100**16*****, cenb1100*13*****,cenb1100*16*****, jmw1100**13*****, jmw1100**16*****, menb1100*13*****, and menb1100*16***** are identical to model jpw1100**12***** except for model designation, output ratings, transformers and secondary circuits. the model jpw1100**19*****, cenb1100*19*****, jmw1100**19*****, menb1100*19***** are identical to jpw1100**12***** except for model designation, output ratings, transformers and secondary circuits. additional information maximum normal load condition: rated output currents jpw1100ka1200f01: 12.0 vdc, 7.5 a; jpw1100ka1500f01: 15.0 vdc, 6.4 a; jpw1100ka1800f01: 18.0 vdc, 5.6 a; jpw1100ka2400f01: 24.0 vdc, 4.2 a. this equipment is not provided with user's manual. procedure deviation: argentina*, australia / new zealand, austria**, belgium**, china, czech republic**, denmark, finland, france**, germany, greece**, group, hungary*, india*, ireland*, israel*, italy*, japan*, kenya*, korea, malaysia*, netherlands**, norway, pol and*, portugal*, singapore*, slovakia**, slovenia*, spain*, sweden, switzerland**, and united kingdom. * - no national differences declared, ** - only group differences. before placing the products in the different countries, the manufacturer has to guar antee that: 1. operating instructions and warnings are written in an accepted language of the certain country. 2. the equipment is in compliance with the national standards of the certain country. e300305 - a33 - cb - 3, reissue - added thermal fuse (seki controls co., ltd., type st - 22) in critical component list. e300305 - a33 - cb - 4, reissue - upgrade report from iec 60950 - 1 2nd edition to iec 60950 - 1 2nd edition, amendment1 - altitude of operation is up to 2000m to up to 5000m ref er to iec 60664 - 1 table a.2 - humidity test was conducted at 40 degreec, 95% , 120hours for china deviation. - national difference for china is revised. - tma is changed from 30 degreec to 35 degreec e300305 - a33 - cb - 4, correction1 - add optical isolator certification information under mark of conformity section due to missing - add bobbin's manufacturer name due to missing - correct optical isolator cr,cl from "thermal cycling conducted " to measured cr, cp in table 2.10.2 , 2.10.3 and 2.10.4 due to typ o error - delete enclosure type hn - 1064w(+) in critical component list due to typo error - correct electric strength table due to typo error e300305 - a33 - cb - 4, amendment 1(12ca56785) - alternate appliance inlet type ss - 120a,rf - 180 by rong feng industrial c o., ltd - alternate linefilter 3025671b - alternate y - capacitor(cy1,cy2) type se or sb , 250v, maximum 1500pf by success electronics co., ltd - alternate y - capacitor(cy1,cy2) type kx or ky , 250v, maximum 1500pf by murata mfg.co., ltd - alternate y - capaci tor(cy3,cy4) type se or sb , 250v, maximum 1000pf by success electronics co., ltd - alternate y - capacitor(cy3,cy4) type kx or ky , 250v, maximum 1000pf by murata mfg.co., ltd
issue date: 2012 - 09 - 24 page 8 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 trf no. : iec60950_1b this report issued under the responsibility of ul - add electrical output rating ; 48vdc/2.1a (transformer type 3025579005a ) ; jp w1100**48*****, jmw1100**48*****, cenb1100*48*****,menb1100*48***** - add insulator sheet and shield. - alternate classii type ; jpw1100******q***, jmw1100******q**, cenb1100*****q**,menb1100*****q**,jpw1100******n***, jmw1100******n**, cenb1100*****n**,me nb1100*****n** - add supplementary information in table 5.2, table 2.10.3 and 2.10.4 , optical isolator table(1,5,1),table c.2 - revise manufacturer declaration letter e300305 - a33 - cb - 4, correction2 - add class of category ; classii(double insulated) due to missing. - correct required clearance and creepage in table 2.10.2 and 2.10.3 from 7.7 to 7.1 due to error. technical considerations ? permitted by the manufacturers specification of: 35 ? ? ? ?
issue date: 2012 - 09 - 24 page 9 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.10.3 and 2.10.4 table: clearance and creepage distance measurements pass clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) functional: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) basic/supplementary: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) reinforced: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) model jpw1100ka1500f01 - - - - - - t1, # 8 to # 14, 15, 16 510 359 7.1 8.0 7.8 8.0 psu1, primary to secondary 360 176 5.92 6.0 5.92 6.0 model jpw1100ka2400f01 - - - - - - t1, # 7 to # 14, 15, 16 540 379 7.1 8.0 7.8 8.0 t1, # 8 to # 14, 15, 16 535 380 7.1 8.0 7.8 8.0 psu1, primary to secondary 370 186 5.92 6.0 5.92 6.0 jpw1100kb1200f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 385 184 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 430 185 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 435 184 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 500 190 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 410 303 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 14, 15, 16 420 304 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 610 351 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 620 367 7.1 8.0 7.8 8.0 psu pin1 / psu pin3 370 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 370 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 370 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 370 178 5.92 6.0 5.92 6.0 jpw1100kb1300f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 183 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 425 184 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 435 183 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 500 188 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 410 301 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 14, 15, 16 415 302 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 625 354 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 640 369 7.1 8.0 7.8 8.0 jpw1100kb1500f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 181 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 440 185 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 460 188 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 530 197 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 410 302 7.1 8.0 7.8 8.0
issue date: 2012 - 09 - 24 page 10 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul t1 pin6 / t1 pin 14, 15, 16 420 304 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 610 353 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 625 370 7.1 8.0 7.8 8.0 jpw1100kb1600f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 183 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 435 188 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 455 189 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 530 197 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 410 298 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 14, 15, 16 415 300 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 595 350 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 620 368 7.1 8.0 7.8 8.0 psu pin1 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 375 183 5.92 6.0 5.92 6.0 , 11ca37964 n/a n/a n/a n/a n/a n/a model ; jpw1100kb1800f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 180 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 435 183 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 440 183 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 510 193 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 400 298 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 14, 15, 16 410 298 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 565 356 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 580 377 7.1 8.0 7.8 8.0 psu pin2 / psu pin3 365 179 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 177 5.92 6.0 5.92 6.0 model ; jpw1100kb1900f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 180 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 440 183 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 435 183 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 515 193 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 405 304 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 14, 15, 16 425 307 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 565 365 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 590 387 7.1 8.0 7.8 8.0 psu pin1 / psu pin3 365 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 365 177 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 365 177 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 178 5.92 6.0 5.92 6.0 model ; jpw1100kb2400f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 181 7.1 8.0 7.8 8.0 t1 pin1 / t1 pin 14, 15,16 450 187 7.1 8.0 7.8 8.0 t1 pin 2 / t1 pin11,12,13 440 185 7.1 8.0 7.8 8.0 t1 pin2 / t1 pin 14,15,16 530 200 7.1 8.0 7.8 8.0 t1 pin6 / t1 pin 11,12,13 390 291 7.1 8.0 7.8 8.0
issue date: 2012 - 09 - 24 page 11 of 11 report reference # e300305 - a33 - cb - 4 correction 2 2013 - 01 - 16 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul t1 pin6 / t1 pin 14, 15, 16 415 295 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin 11,12,13 540 356 7.1 8.0 7.8 8.0 t1 pin8 / t1 pin14,15,16 565 383 7.1 8.0 7.8 8.0 psu pin1 / psu pin3 365 178 5.92 6..0 5.92 6.0 psu pin1 / psu pin4 365 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 365 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 179 5.92 6.0 5.92 6.0 for model ; jpw1100kb4800q01 n/a n/a n/a n/a n/a n/a t1 pin1 to t1 pin 11,12,13 390 183 7.1 8.0 7.8 8.0 t1 pin1 to t1 pin 14,15,16 590 208 7.1 8.0 7.8 8.0 t1 pin2 to t1 pin 11,12,13 470 188 7.1 8.0 7.8 8.0 t1 pin2 to t1 pin 14,15,16 690 235 7.1 8.0 7.8 8.0 t1 pin6 to t1 pin 11,12,13 410 300 7.1 8.0 7.8 8.0 t1 pin6 to t1 pin 14,15,16 460 315 7.1 8.0 7.8 8.0 t1 pin8 to t1 pin 11,12,13 510 351 7.1 8.0 7.8 8.0 t1 pin8 to t1 pin 14,15,16 600 390 7.1 8.0 7.8 8.0 psu1 pin1 to psu1 pin3 375 174 5.92 6.0 5.92 6.0 psu1 pin1 to psu1 pin4 365 171 5.92 6.0 5.92 6.0 psu1 pin2 to psu1 pin3 370 173 5.92 6.0 5.92 6.0 psu1 pin2 to psu1 pin4 365 171 5.92 6.0 5.92 6.0 supplementary information: c.2 table: transformers pass loc. tested insulation working voltage peak /v (2.10.2) working voltage rms /v (2.10.2) required electric strength (5.2) required clearance / mm (2.10.3) required creepage distance / mm (2.10.4) required distance thr. insul. (2.10.5) t1 reinforced (primary to secondary) 690 390 3000vac 7.1 7.8 min. 1 layers or 0.4 mm thickness loc. tested insulation test voltage / v measured clearance / mm measured creepage dist./mm measured distance thr. insul / mm; number of layers transformer type number enclosure - miscellaneous id supplementary information: tested t1 ; 3025579001a,3025579002a,3025579003a,3025579004a,3025579005a also complied with clause 2.9.2 humidity test.
1/2 ref. certif. no. dk-28210-a1-ul iec system for mutual recognition of test certificates for electrical equipment (iecee) cb scheme systeme cei d?acceptation mutuelle de certificats d?essais des equipements electriques (iecee) methode oc cb test certificate certificat d?essai oc product produit switching power supply name and address of the applicant nom et adresse du demandeur bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the manufacturer nom et adresse du fabricant bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the factory nom et adresse de l?usine note: when more than one factory, please report on page 2 note: lorsque il y plus d'une usine, veuillez utiliser la 2 me page bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea additional information on page 2 ratings and principal characteristics valeurs nominales et caractristiques principales see page 2 trademark (if any) marque de fabrique (si elle existe) none type of manufacturer's testing laboratories used type de programme du laboratoire d'essais constructeur tmp model / type ref. ref. de type cenb1100********, jm w1100*********, jpw110 0*********, menb1100******** see page 2 additional information (if necessary may also be reported on page 2) les informations complmentaires (si ncessaire,, peuvent tre indiqus sur la 2 me page additional information on page 2 a sample of the product was tested and found to be in conformity with un chantillon de ce produit a t essay et a t considr conforme la iec 60950-1(ed.2), iec 60950-1(ed.2);am1 as shown in the test report ref. no. which forms part of this certificate comme indiqu dans le rapport d?essais numro de rfrence qui constitue partie de ce certificat e300305-a33-cb-4 issued on 2012-11-27 this cb test certificate is issued by the national certification body ce certificat d?essai oc est tabli par l?organisme national de certification ul (us), 333 pfingsten rd il 60062, northbrook, usa ul (demko), borupvang 5a dk-2750 ballerup, denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, j apan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames date: 2012-11-27 original issue date: 2012-09-24 signature: jan-erik storgaard for f ull leg al e nt n n n n n n n n n n n er r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r r ik ik ik ik k ik k ik ik k i ik i k ik k k i i i i i i i k i i i i i i i s to rg aard
2/2 ref. certif. no. dk-28210-a1-ul model details: cenb1100 * ** ** * ** (b) (c) (d) (f) (e) (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) jmw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) (a) means custom options, may be a to z; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) jpw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) (a) means custom options, may be a to z; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) menb1100 * ** ** * ** (b) (c) (d) (f) (e) (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) factories: wendeng jeil electronics co ltd dong shou guangzhou lu kaifa-qu wendeng-shi shandong china ratings: input rating: 100-240 vac, 50-60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a or 48.0 vdc, 2.1a additional information: the original report was modified to include the following changes/additions: add alternate components, add electrical output rating, add new models, add supplementary information in table and revise manufacturer declaration letter. additionally evaluated to en 60950-1:2006/a11:2009/a1:2010/a12:2011; national differences specified in the cb test report. additional information (if necessary) information complmentaire (si ncessaire) ul (us), 333 pfingsten rd il 60062, northbrook, usa ul (demko), borupvang 5a dk-2750 ballerup, denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, j apan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames signature: jan-erik storgaard date: 2012-11-27 original issue date: 2012-09-24
issue date: 2012 - 09 - 24 page 1 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul test report issued under the responsibility of: test report iec 60950 - 1 information technology equipment - safety - part 1: general requirements report reference no .................. : e300305 - a33 - cb - 4 date of issue ................................ . : 2012 - 09 - 24 total number of pages .................. : 44 cb testing laboratory ............... : ul korea, ltd. address ................................ ......... : #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea applicant's name ........................ : address ................................ ......... : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea test specification: standard ................................ ........ : iec 60950 - 1:2005 (2nd edition); am 1:2009 test procedure .............................. : cb scheme non - standard test method ............ : n/a test report form no. ................. : iec60950_1b test report form originator .......... : sgs fimko ltd master trf ................................ ... : 2010 - 04 copyright ? 2010 iec system for conformity testing and certification of electrical equipment (iecee), geneva, switzerland. all rights reserved. this publication may be reproduced in whole or in part for non - commercial purposes as long as the iecee is ack nowledged as copyright owner and source of the material. iecee takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. if this test repor t is used by non - iecee members, the iecee/iec logo and the reference to the cb scheme procedure shall be removed. this report is not valid as a cb test report unless signed by an approved cb testing laboratory and appended to a cb test certificate issued by an ncb in accordance with iecee 02.
issue date: 2012 - 09 - 24 page 2 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul test item description .................. : switching power supply trade mark ................................ .... : none manufacturer ................................ . : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea model/type reference ................... : models cenb1100********, menb1100********, and jmw1100********* and jpw1100********* ratings ................................ .......... : input rating: 100 - 240 vac, 50 - 60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a or 48.0 vdc, 2.1a
issue date: 2012 - 09 - 24 page 3 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul testing procedure and testing location: [ ] cb testing laboratory testing location / address .............. : [ ] associated cb test laboratory testing location / address .............. : tested by (name + signature) ....... : approved by (name + signature) ... : [x] testing procedure: tmp tested by (name + signature) ....... : inyoung hwang approved by (+ signature) ............. : frederic won testing location / address .............. : bridgepower corp / 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea [ ] testing procedure: wmt tested by (name + signature) ....... : witnessed by (+ signature) ............ : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: smt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : [ ] testing procedure: rmt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : list of attachments national differences (0 pages) enclosures (34 pages) summary of testing unless otherwise indicated, all tests were conducted at bridgepower corp / 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea. tests performed (name of test and test clause) testing location / comments end product reference page
issue date: 2012 - 09 - 24 page 4 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul general guidelines guide information page - maximum output voltage, current, and volt ampere measurement (1.2.2.1) input: single - phase (1.6.2) selv reliability test including hazardous voltage measurements (2.2.2, 2.2.3, 2.2.4, part 22 6.1) determination of working voltage; working voltage measurement (2.10.2) thin sheet material ( 2.10.5.9, 2.10.5.10, 2.10.5.6) transformer and wire /insulation electric strength (2.10.5.13) stress relief (4.2.7, 4.2.1) heating (4.5.1, 1.4.12, 1.4.13) electric strength (5.2.2) transformer abnormal operation (5.3.3, 5.3.7b, annex c.1) summary of compliance with national differences: countries outside the cb scheme membership may also accept this report. list of countries addressed: at, be, ca, ch, cn, cz, de, dk, es, eu, fi, fr, gb, gr, hu, ie, il, it, jp, kr, nl, no, pl, pt, se, sg, si, sk, us the product fulfills the requirements of: n/a copy of marking plate - refer to enclosure titled marking plat e for copy.
issue date: 2012 - 09 - 24 page 5 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul test item particulars : equipment mobility ................................ ............... : movable connection to the mains ................................ ...... : pluggable a operating condition ................................ .............. : continuous access location ................................ .................... : n/a over voltage category (ovc) .............................. : ovc ii mains supply tolerance (%) or absolute mains supply values ................................ ................................ ... : +10%, - 10% tested for it power systems ............................... : yes(for norway only) it testing, phase - phase voltage (v) ..................... : 230 vac class of equipment ................................ .............. : class i (earthed) considered current rating of protect ive device as part of the building installation (a) ............................... : 2.0 pollution degree (pd) ................................ ........... : pd 2 ip protection class ................................ ................ : ip x0 altitude of operation (m) ................................ ....... : up to 5000m altitude of test laboratory (m) ............................... : n/a mass of equipment (kg) ................................ ....... : 0.7 p ossible test case verdicts: - test case does not apply to the test object ........... : n / a - test object does meet the requirement ................. : p(pass) - test object does not meet the requirement ........... : f(fail) testing: date(s) of receipt of test item ............................... : 2012 - 10 - 15 date(s) of performance of tests ........................... : 2012 - 10 - 23 to 2012 - 11 - 19 general remarks: the test results presented in this report relate only to the object tested. this report shall not be reproduced, except in full, without the written approval of the testing la boratory. "(see enclosure #)" refers to additional information appended to the report. "(see appended table)" refers to a table appended to the report. throughout this report a point is used as the decimal separator. manufacturer's declaration per sub clause 6.25 of iecee 02: the application for obtaining a cb test certificate includes more than one factory and a declaration form the manufacturer stating that the sample(s) submitted for evaluation is (are) representa tive of the products from each factory has been provided ...... when differences exist, they shall be identified in the general product information section. yes name and address of factory(ies): bridgepower corp 964 gosaek - dong gwonseon - gu
issue date: 2012 - 09 - 24 page 6 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul suwon - si g yeonggi - do 441 - 813 korea wendeng jeil electronics co ltd dong shou guangzhou lu kaifa - qu wendeng - shi shandong china general product information: report summary the original report was modified on 2012 - 11 - 27 to include the following changes/additions: e300305 - a33 - cb - 4, amendment 1 - alternate appliance inlet type ss - 120a,rf - 180 by rong feng industrial co., ltd - alternate linefilter 3025671b - alternate y - capaci tor(cy1,cy2) type se or sb , 250v, maximum 1500pf by success electronics co., ltd - alternate y - capacitor(cy1,cy2) type kx or ky , 250v, maximum 1500pf by murata mfg.co., ltd - alternate y - capacitor(cy3,cy4) type se or sb , 250v, maximum 1000pf by success electronics co., ltd - alternate y - capacitor(cy3,cy4) type kx or ky , 250v, maximum 1000pf by murata mfg.co., ltd - add electrical output rating ; 48vdc/2.1a (transformer type 3025579005a ) ; jpw1100**48*****, jmw1100**48*****, cenb1100*48*****,menb1100*4 8***** - add insulator sheet and shield. - alternate classii type ; jpw1100******q***, jmw1100******q**, cenb1100*****q**,menb1100*****q**,jpw1100******n***, jmw1100******n**, cenb1100*****n**,menb1100*****n** - add supplementary information in table 5.2 , table 2.10.3 and 2.10.4 , optical isolator table(1,5,1),table c.2 - revise manufacturer declaration letter product description switching power supply (ac/dc adapter), consists of electronic components mounted on pwb, a switching transformer and ele ctronic components mounted on pwb, housed with a plastic enclosure. model differences models cenb1100******* *, menb1100********, and jmw1100********* and jpw1100********* (where * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") models cenb1100********, menb1100********, and jmw1100********* are id entical to jpw1100*********, except model designations as follows; nomenclature jpw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) or jmw1100 * * ** ** * ** (a) (b) (c) (d) (f) (e) or ce nb1100 * ** ** * ** (b) (c) (d) (f) (e)
issue date: 2012 - 09 - 24 page 7 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul or menb1100 * ** ** * ** (b) (c) (d) (f) (e) (a) means custom options, may be a to z; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19, 24 or 48; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. (f) means class type, maybe f(classi) or q (classii) or n(classii) the ma rked models as 12, 13, 15, 16, 18, 19 , 24 and 48 on (c) nomenclature are identical individually, except model designations, output ratings, transformers and secondary circuits. the models jpw1100**13*****, jpw1100**16*****, cenb1100*13*****,cenb1100*16** ***, jmw1100**13*****, jmw1100**16*****, menb1100*13*****, and menb1100*16***** are identical to model jpw1100**12***** except for model designation, output ratings, transformers and secondary circuits. the model jpw1100**19*****, cenb1100*19*****, jmw11 00**19*****, menb1100*19***** are identical to jpw1100**12***** except for model designation, output ratings, transformers and secondary circuits. additional information maximum normal load condition: rated output currents jpw1100ka1200f01: 12.0 vdc, 7.5 a; jpw1100ka1500f01: 15.0 vdc, 6.4 a; jpw1100ka1800f01: 18.0 vdc, 5.6 a; jpw1100ka2400f01: 24.0 vdc, 4.2 a. this equipment is not provided with user's manual. procedure deviation: argentina*, australia / new zealand, aus tria**, belgium**, china, czech republic**, denmark, finland, france**, germany, greece**, group, hungary*, india*, ireland*, israel*, italy*, japan*, kenya*, korea, malaysia*, netherlands**, norway, poland*, portugal*, singapore*, slovakia**, slovenia*, s pain*, sweden, switzerland**, and united kingdom. * - no national differences declared, ** - only group differences. before placing the products in the different countries, the manufacturer has to guarantee that: 1. operating instructions and warnings ar e written in an accepted language of the certain country. 2. the equipment is in compliance with the national standards of the certain country. e300305 - a33 - cb - 3, reissue - added thermal fuse (seki controls co., ltd., type st - 22) in critical component list . e300305 - a33 - cb - 4, reissue - upgrade report from iec 60950 - 1 2nd edition to iec 60950 - 1 2nd edition, amendment1 - altitude of operation is up to 2000m to up to 5000m refer to iec 60664 - 1 table a.2 - humidity test was conducted at 40 degreec, 95% , 120ho urs for china deviation. - national difference for china is revised. - tma is changed from 30 degreec to 35 degreec e300305 - a33 - cb - 4, correction1 - add optical isolator certification information under mark of conformity section due to missing - add bobb in's manufacturer name due to missing
issue date: 2012 - 09 - 24 page 8 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 trf no. : iec60950_1b this report issued under the responsibility of ul - correct optical isolator cr,cl from "thermal cycling conducted " to measured cr, cp in table 2.10.2 , 2.10.3 and 2.10.4 due to typo error - delete enclosure type hn - 1064w(+) in critical component list due to typo er ror - correct electric strength table due to typo error e300305 - a33 - cb - 4, amendment 1(12ca56785) - alternate appliance inlet type ss - 120a,rf - 180 by rong feng industrial co., ltd - alternate linefilter 3025671b - alternat e y - capacitor(cy1,cy2) type se or sb , 250v, maximum 1500pf by success electronics co., ltd - alternate y - capacitor(cy1,cy2) type kx or ky , 250v, maximum 1500pf by murata mfg.co., ltd - alternate y - capacitor(cy3,cy4) type se or sb , 250v, maximum 1000pf b y success electronics co., ltd - alternate y - capacitor(cy3,cy4) type kx or ky , 250v, maximum 1000pf by murata mfg.co., ltd - add electrical output rating ; 48vdc/2.1a (transformer type 3025579005a ) ; jpw1100**48*****, jmw1100**48*****, cenb1100*48*****, menb1100*48***** - add insulator sheet and shield. - alternate classii type ; jpw1100******q***, jmw1100******q**, cenb1100*****q**,menb1100*****q**,jpw1100******n***, jmw1100******n**, cenb1100*****n**,menb1100*****n** - add supplementary information in table 5.2, table 2.10.3 and 2.10.4 , optical isolator table(1,5,1),table c.2 - revise manufacturer declaration letter technical considerations ? e manufacturers specification of: 35 ? ? ? ?
issue date: 2012 - 09 - 24 page 9 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.7.1.2 model identification or type reference ...... : cenb1100********, menb1100********, and jmw1100********* and jpw1100********* pass 4.2.7 stress relief test no indication of shrinkage or distortion on enclosures due to the stress relief test 100 degree c/7 h. pass
issue date: 2012 - 09 - 24 page 10 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.1 table: list of critical components pass object/part or description manufacturer/ trademark type/model technical data standard (edition or year) mark(s) of conformity 1 ) enclosure (electrical/mechi cal/fire) sabic innovative plastics b v, sabic innovative plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. rti; 120 degreec ul94, ul746c usr(e45329), - enclosure(electri cal/mechanical/f ire) alternate cheil industries inc. chemicals div. hn - 1064(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. rti; 130 degreec ul94, ul746c usr(e115797), - appliance inlet rong feng industrial co., ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 usr, semko appliance inlet alternate rich bay co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 usr, vde appliance inlet alternate rong feng industrial co., ltd. ss - 120a minimum 15a or 10a, 250v. ul498, iec60320 usr, vde fuse (f1) (optional) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f1) (optional) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 usr, vde thermal fuse (f1) (optional) alternate seki controls co., ltd. st - 22 250v, 7a en60730 - 1, vde0631 - 1 usr, vde fuse (f2) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f2) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, usr, vde
issue date: 2012 - 09 - 24 page 11 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul en60127 thermister (th1) various various ntc, 5ohm at 25c. tested in equipment. - , - discharging resistors (rp111, rp112) various various 510kohm 1/8w tested in equipment. - , - varistor (tnr1) optional amotech co., ltd. inr14d471 (line to line) minimum 470v overall 14 mm. ul1449, iec60384 - 14 usr, vde varistor (tnr1) optional) alternate success electronics co., ltd. svr14d471k (line to line) minimum 470v overall 14 mm. ul1449, iec60384 - 14 usr, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko nemko semko x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maxim um 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko, vde x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, demko fimko x - capacitor (cx1) alternate okaya electric industries co., ltd. le (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, semko x - capacitor (cx1) altern ate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko line filter (lf1) bridgepower corp. or wendeng jeil electronics co., ltd. 3025560 core: ferrite. 24 by 24 mm. coils: polyurethane wire, minimum 130c bobbin: (qmfz2), tested in equipment. - , -
issue date: 2012 - 09 - 24 page 12 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. line filter (lp1, lp2, lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. 68 72250 core: ferrite 13.7 by 8 mm. coils: polyurethane wire, minimum 130c insulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. tested in equipment. - , - pfc coil for 12v, 18v, 24v output bridgepower corp. or wendeng jeil e lectronics co., ltd. part no.: 3025578 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. tested in equipment. - , - pfc coil for 15v output bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578001 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. tested in equipment. - , - y - capacitors (cy 1, cy2) success electronics co., ltd. se or sb (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko y - capacitors (cy1, cy2) - alternate murata mfg. co., ltd. kx or ky (line to ground) 250v, maximum 2200pf. marked ul1414, iec60384 - 14, en132400 usr, fimko
issue date: 2012 - 09 - 24 page 13 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul with y1 or y2. meets iec60384 - 14. y - capacitors (cy1, cy2) - alternate tdk - epc corp. cd or cs (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, vde bridge diode (bd1) various various minimum 600v, maximum 10a. tested in equipment. - , - bridging capacitors (cy3, cy4) success electronics co., ltd. se or sb (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate tdk - epc corp. cd or cs (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, vde electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. tested in equipment. - , - fet (qp1) various various 550v, 18a secured to heat sink (hs1) by screw. tested in equipment. - , - fet (qp2) various various smd type. 60v, 115ma tested in equipment. - , - fet (qp3) various various 800v, 11a or 13a secured to heat sink (hs1) by screw. tested in equipment. - , - switching ic (up1) various various maximum 22v, 0.03a. tested in equipment. - , -
issue date: 2012 - 09 - 24 page 14 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul switching ic (up2) various various maximum 18v, 5.0ma. tested in equipment. - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579011 for 12v output; part no.: 3025579012 for 15v output; part no.: 3025579013 for 18v out put; part no.: 3025579014 for 24v output) class b. core: ferrite 40 by 42 mm. coils: polyurethane wire, minimum 130c tiww: furukawa electric co., ltd., tex - e, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c, insulation tape, duck sung hitech co ltd, duck sung hitech co ltd, cat no. 220 - 8 or dts - 204 ul1446 usr, - optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 6.0 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 usr, bsi (7402),cqc(090 01038077) optical isolator (psu1) alternate cosmo electronics corp. kp1 010 double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 6.5 mm. thermal ul1577, en60950 usr, semko(101643 3),fimko(22498 6)
issue date: 2012 - 09 - 24 page 15 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cycling test was conducted by bridgepower. optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 7.0 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 usr, semko( 9216212), nemko(135957 ) optical isolator (psu1) alternate kodenshi corp. pc - 17k or pc - 17k1c double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 7.0 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 usr, semko( 9805214/01 - 04) zener diodes (dp14, zd3, dp6) various various 18v, 0.5w t ested in equipment. - , - insulation sheet (around t1 primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746 usr, - heat sink (hs1) (primary) various various metal. overall approximately. 128.7 by 36 mm, 2 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three tested in equipment. - , -
issue date: 2012 - 09 - 24 page 16 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul turns in primary side. heat sink (hs2) (secondary) various various metal. overall approximately. 69.3 b y 36 mm, 3 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. tested in equipment. - , - heat sink (hs3) (around bd1)_optional various various metal. overall approximately 40 by 30 mm, 1.5 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum 1 turns in primary side. - , - printed wiring board (pwb) various various minimum v - 1, 130c. ul796 usr, - protective bonding conducto r various various mechanically clamped or secured on pwb from appliance inlet. minimum 18 awg, green - and - yellow insulation. ul758 usr, - bonding glue various various minimum v - 2, minimum 100c for additional secureness of internal conductor. ul94, ul746 usr, - output cable various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, minimum 300v, 80c, 18 awg, maximum 3.05 m long. ul758 usr, -
issue date: 2012 - 09 - 24 page 17 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul nameplate label various various suitable for use on surface of polycarbonate (pc) with maximum 60c surface temperature. ul969 usr, - for models jpw1100*b12** ***,jpw1100*b1 3*****,jpw1100* b15*****,jpw11 00*b16*****, jpw1100*b18** ***, jpw1100*b19** ***, jpw1100*b24** ***,jpw1100*b4 8*****,cen b110 0a12*****,cenb 1100a13*****,ce nb1100a15*****, cenb1100a16** ***, cenb1100a18** ***, cenb1100a19** ***, cenb1100a24** ***,cenb1100a 48*****,jmw110 0*b12*****,jmw 1100*b13*****,j mw1100*b15*** **,jmw1100*b1 6*****, jmw1100*b18** ***, jmw1100*b19** ***, jmw1100*b24** ** *,jmw1100*b4 8*****,menb110 0a12*****,menb 1100a13*****,m enb1100a15**** *,menb1100a16 *****, - - - - - , -
issue date: 2012 - 09 - 24 page 18 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul menb1100a18* ****, menb1100a19* *f**, menb1100a24* ****,menb1100a 48**f** enclosure (electrical/mecha nical/fire) sabic innovative plastics b v, sabic innovati ve plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces. secured together by screws. ul94, ul746c ul, - enclosure (electrical/mecha nical/fi re) alternate cheil industries inc. chemicals div. hn - 1064(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces. secured together by screws. ul94, ul746c ul, - appliance inlet class i rong feng industrial co. , ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 ul, semko appliance inlet class i alternate rich bay industrial co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 ul, vde appliance inlet C C
issue date: 2012 - 09 - 24 page 19 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul fuse (f2) - littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 ul, vde fuse (f2) - alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 ul, vde thermistor (th1) various various ntc, 5ohm at 25c. - - , - discharging resistors (rp30, rp31) various various 180kohm 1/8w. - - , - discharging resistors (rp111, rp112) various various 510kohm 1/8w - - , - discharging ic (up3) power integrations inc. cap014dg 1uf, 780kohm - - , - varistor (tnr1) optional success electronics co., ltd. svr14d471k (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde varistor (tnr1) optional alternate amotech co., ltd. inr14d471 (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alte rnate okaya electric industries co., ltd. le (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor carli electronics mpx (line to line) ul1414, ul, fimko
issue date: 2012 - 09 - 24 page 20 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (cx2) co., ltd. 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. iec60384 - 14, en132400 x - capacitor (cx2) alternate iskra mis d d knb 1530 or 1562 or 1563 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate okaya electric industries co., ltd. le 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul14 14, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate sun il electronics industry co., ltd. 436d 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko line filter (lf1) bridgepower corp. or wendeng jeil electronics co., ltd. 3025671a core: ferrite 28 by 28 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. - - , - line filter (lf1)_jmw1100 *b48**f**,jpw1 100*b48 **f**,ce nb1100a48**f** ,menb1100a48* *f** jmw1100*b48** q**,jpw1100*b 48**q**,cenb11 00a48**q**,me nb1100a48**q* bridgepower corp. or wendeng jeil electronics co., ltd. 3025671b core: ferrite 28 by 28 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c . - - , -
issue date: 2012 - 09 - 24 page 21 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul * jmw1100*b48** n**,jpw1100*b 48**n**,cenb11 00a48**n**,me nb1100a48**n* *, jmw1100*b24** q**,jpw1100*b 24**q**,cenb11 00a24**q**,me nb1100a24**q* * jmw1100*b24 ** n**,jpw1100*b 24**n**,cenb11 00a24**n**,me nb1100a24**n* * line filter (lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025642a core: ferrite 13.7 by 8 mm coils: polyurethane wire, minimum 130c insulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. - - , - pfc coil (lp3) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578a core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. - - , - y - capacitors (cy1, cy2) success electronics co., ltd. se or sb 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors murata mfg. co., kx or ky 250v, maximum ul1414, ul, fimko
issue date: 2012 - 09 - 24 page 22 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (cy1, cy2) alternate ltd. 1000pf. marked with y1 or y2. meets iec60384 - 14. iec60384 - 14, en132400 y - capacitors (cy1, cy2) class ii only success electronics co., ltd. se or sb 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec6 0384 - 14, en132400 ul, fimko y - capacitors (cy1, cy2) class ii only _alternate murata mfg. co., ltd. kx or ky 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) success electronics co., ltd. se or sb 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) class ii only success electronics co., ltd. se or sb 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec6 0384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) class ii only_alternate murata mfg. co., ltd. kx or ky 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko bridge diode (bd1) various various minimum 600v, maximum 10a. - - , - electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. - - , - fet (qp1) various various minimum 550v, maximum 20a. secured to heat sink (hs1) by screw. - - , - fet (qp3) various various 800v, 11a or 13a secured to heat sink (hs1) - - , -
issue date: 2012 - 09 - 24 page 23 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul by screw. switching ic (up1) various various maximum 30v, 0.05a. - - , - switching ic (up2) various various maximum 31v, 4.0ma. - - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579001a for 12v, 13v output; part no.: 3025579002a for 15v, 16v output; (objy2), class b insulation system. core: ferrite 40 by 42 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin:sumito mo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or dts - 204k^ ul1446 ul, - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579004a for 24v, output) (objy2) class b insulation system. core: ferrite 40 by 42 mm pri - sec coils: tiw: furukawa electric co., ltd., tex - e or tex - elz, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,in sulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or ul1446 ul, -
issue date: 2012 - 09 - 24 page 24 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul dts - 204r % or dts - 280* or dts - 204k^ main transformer (t1) bridgepower corp or wendeng jeil electronics co ltd jec(b) (part no.: 3025579005a for 48v, output) (objy2) class b insulation system. core: ferrite 40 by 42 mm pri - sec coils: tiw: furukawa electric co., ltd., tex - e or tex - elz, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 2 00* or dts - 204r or dts - 204r % or dts - 280* or dts - 204k^ ul 1446 - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579003a for 18v, 19v output) (objy2), class b insulation system. core: ferrite 40 by 4 2 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or ul1446 ul, -
issue date: 2012 - 09 - 24 page 25 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul dts - 204k^ optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 6.0 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 ul, bsi (7402),cqc(090 01038077) optical isolator (psu1) alternate cosmo electronics corp. kp1010 double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 6.5 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 ul, semko(101643 3),fimko(22498 6) optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance minimum 7.0 mm. thermal cycling test was conducted by bridgepower. ul1577, en60950 ul, semko( 9216212), nemko(135957 ) optical isolator (psu1) alternate kodenshi corp. pc - 17k or pc - 17k1c double protection. isolation 5000vac. dti;0.4mm, external creepage, clearance ul1577, en60950 ul, semko( 9805214/01 - 04)
issue date: 2012 - 09 - 24 page 26 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul minimum 7.0 mm. thermal cycling test was conducted by bridgepower. zener diode (dp3) various various 18v, 0.5w - - , - insulator sheet (around transformer (t1) primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746c ul, - insulator sheet (around shield) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746c ul, - insulator sheet (around shield) various various one piece. v - 0, minimum 125c. overall approximately 100 by 246 mm, minimum 0.4 mm thick. ul94, ul746c ul, - shield various various metal, overall sized approx. 76 by 247 mm, 0.4 mm thickness. - - , - heat sink (hs1) (primary) various various metal. overall approximately 128.7 by 36 mm, 2 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. - - , - heat sink (hs2) (secondary) various various metal. overall approximately 69.3 by 36 mm, 3 mm thick. wound by - - , -
issue date: 2012 - 09 - 24 page 27 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. heat sink (hs3) (around bd1)_optional various various metal. overall approximately 40 by 30 mm, 1.5 m m thick. wound by polyester film tape, (oanz2), minimum 130c, minimum 1 turns in primary side. - - , - silicon pad (above t1) bergquist 900 - s# overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above t1) - alternate jiangsu hongda new material co ltd hd - 87 overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above pfc1) bergquist 900 - s# overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - 0, 150 ul94, ul746c ul, - silicon pad (above pfc1 - alternate jiangsu hongda chemical new material hd - 87 overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - 0, 150 ul94, ul746c ul, - printed wiring board (pwb) various various minimum v - 1, 130c. ul796 ul, - protective bonding conductor various various mechanically clamped or secured on pwb from appliance inlet. minimum 18 awg, green - ul758 ul, -
issue date: 2012 - 09 - 24 page 28 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul and - yellow insulation. bonding glue var ious various minimum v - 2, minimum 100c for additional secureness of internal conductor. ul94, ul746c ul, - output cable various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, 18 awg, maximum 3.05 m long. ul758 ul, - nameplate label various various suitable for use on surface of polycarbonate (pc) with max.60c surface temperature. ul969 ul, - supplementary information: 1 ) provided evidence ensures the agreed level of compliance. see od - cb2039.
issue date: 2012 - 09 - 24 page 29 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.1 table: opto electronic devices pass manufacturer.......................................: vishay semiconductor cosmo electronics corp. sharp corp. type....................................................: tcet1103(g) kp1010 pc123 separately tested...............................: cqc(09001038077) semko (1016433), fimko(224986) semko(9216212), nemko(135957) bridging insulation..............................: reinforced reinforced reinforced external creepage distance..............................................: 6.0mm 6.5mm 7.0mm internal creepage distance..............................................: * * * distance through insulation...........................................: 0.4mm 0.4mm 0.4mm tested under following conditions..........................................: - - - input..................................................: - - - output...............................................: - - manufacturer kodenshi corp. - - type pc - 17k, pc - 17k1c - - separately tested semko(9805214/01 - 04) - - bridging insulation reinforced - - external creepage distance 7.0mm - - internal creepage distance * - - distance through insulation 0.4mm - - tested under the following condition - - - input - - - output - - - supplementary information: *) thermal cycling test conducted. ; pc123, pc - 17k, pc - 17k1c, kp1010, tcet1103(g) thermal cycling test condition one cylcle; 68 hours at 1092 degreec, 1 hour at 25 2degreec 2 hours at 02 degreec 1 hour at 25 2 degreec ten cylcles repeated after ten cy cles humidity was conducted at 40 degreec, 120hours, 95%. electric strength test was conducted after one cycling of test and after humidity test .
issue date: 2012 - 09 - 24 page 30 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.6.2 table: electrical data (in normal conditions) pass u (v) i (a) i rated (a) p (w) fuse # i fuse (a) condition/status - - - - - - model jpw1100ka1200f01 90vac 1.176 n/a 105.4 f1,f2 1.176 max. normal load, 50hz 100vac 1.047 2.0 104.5 f1,f2 1.047 max. normal load, 50hz 240vac 0.436 2.0 101.4 f1,f2 0.436 max. normal load, 50hz 264vac 0.440 n/a 101.4 f1,f2 0.440 max. normal load, 50hz 90vac 1.180 n/a 105.8 f1,f2 1.180 max. normal load, 60hz 100vac 1.049 2.0 104.6 f1,f2 1.049 max. normal load, 60hz 240vac 0.438 2.0 101.4 f1,f2 0.438 max. normal load, 60hz 264vac 0.445 n/a 101.3 f1,f2 0.445 max. normal load, 60hz - - - - - - model jpw1100ka1500f01 90vac 1.281 n/a 114.8 f1,f2 1.281 max. normal load, 50hz 100vac 1.140 2.0 113.7 f1,f2 1.140 max. normal load, 50hz 240vac 0.467 2.0 109.0 f1,f2 0.467 max. normal load, 50hz 264vac 0.457 n/a 107.2 f1,f2 0.457 max. normal load, 50hz 90vac 1.284 n/a 115.0 f1,f2 1.284 max. normal load, 60hz 100vac 1.141 2.0 113.8 f1,f2 1.141 max. normal load, 60hz 240vac 0.469 2.0 109.0 f1,f2 0.469 max. normal load, 60hz 264vac 0.469 n/a 108.9 f1,f2 0.469 max. normal load, 60hz - - - - - - model jpw1100ka1800f01 90vac 1.319 n/a 117.8 f1,f2 1.319 max. normal load, 50hz 100vac 1.165 2.0 116.2 f1,f2 1.165 max. normal load, 50hz 240vac 0.481 2.0 112.2 f1,f2 0.481 max. normal load, 50hz 264vac 0.483 n/a 112.3 f1,f2 0.483 max. normal load, 50hz 90vac 1.322 n/a 118.1 f1,f2 1.322 max. normal load, 60hz 100vac 1.167 2.0 116.3 f1,f2 1.167 max. normal load, 60hz 240vac 0.481 2.0 112.4 f1,f2 0.481 max. normal load, 60hz 264vac 0.482 n/a 112.2 f1,f2 0.482 max. normal load, 60hz - - - - - - model jpw1100ka2400f01 90vac 1.292 n/a 115.9 f1,f2 1.292 max. normal load, 50hz 100vac 1.149 2.0 114.6 f1,f2 1.149 max. normal load, 50hz 240vac 0.474 2.0 111.1 f1,f2 0.474 max. normal load, 50hz 264vac 0.477 n/a 111.3 f1,f2 0.477 max. normal load, 50hz 90vac 1.298 n/a 116.0 f1,f2 1.298 max. normal load, 60hz 100vac 1.149 2.0 114.4 f1,f2 1.149 max. normal load, 60hz 240vac 0.476 2.0 110.9 f1,f2 0.476 max. normal load, 60hz 264vac 0.484 n/a 111.0 f1,f2 0.484 max. normal load, 60hz <11ca1 5702> see below n/a n/a n/a n/a n/a n/a jpw11 00kb12 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.204 n/a 106.40 f1,f2 1.204 maximum normal load/50hz 100vac 1.066 2.0 105.14 f1,f2 1.066 maximum normal load/50hz
issue date: 2012 - 09 - 24 page 31 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 240vac 0.457 2.0 102.90 f1,f2 0.457 maximum normal load/50hz 264vac 0.429 n/a 102.60 f1,f2 0.429 maximum normal load/50hz 90vac 1.206 n/a 106.24 f1,f2 1.206 maximum normal load/60hz 100vac 1.072 2.0 105.50 f1,f2 1.072 maximum normal load/60hz 240vac 0.467 2.0 102.84 f1,f2 0.467 maximum normal load/60hz 264vac 0.445 n/a 102.60 f1,f2 0.445 maximum normal load/60hz jpw11 00kb13 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.222 n/a 108.31 f1,f2 1.222 maximum normal load/50hz 100vac 1.080 2.0 106.98 f1,f2 1.080 maximum normal load/50hz 240vac 0.504 2.0 107.20 f1,f2 0.504 maximum normal load/50hz 264vac 0.527 n/a 106.00 f1,f2 0.527 maximum normal load/50hz 90vac 1.222 n/a 108.08 f1,f2 1.222 maximum normal load/60hz 100vac 1.086 2.0 107.15 f1,f2 1.086 maximum normal load/60hz 240vac 05.20 2.0 106.50 f1,f2 05.20 maximum normal load/60hz 264vac 0.544 n/a 106.10 f1,f2 0.544 maximum normal load/60hz jpw11 00kb15 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.270 n/a 112.08 f1,f2 1.270 maximum normal load/50hz 100vac 1.120 2.0 110.63 f1,f2 1.120 maximum normal load/50hz 240vac 0.473 2.0 107.83 f1,f2 0.473 maximum normal load/50hz 264vac 0.444 n/a 107.63 f1,f2 0.444 maximum normal load/50hz 90vac 1.270 n/a 112.12 f1,f2 1.270 maximum normal load/60hz 100vac 1.124 2.0 110.77 f1,f2 1.124 maximum normal load/60hz 240vac 0.484 2.0 107.98 f1,f2 0.484 maximum normal load/60hz 264vac 0.459 n/a 107.78 f1,f2 0.459 maximum normal load/60hz jpw11 00kb16 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.255 n/a 111.04 f1,f2 1.255 maximum normal load/50hz 100vac 1.112 2.0 109.69 f1,f2 1.112 maximum normal load/50hz 240vac 0.476 2.0 107.82 f1,f2 0.476 maximum normal load/50hz 264vac 0.444 n/a 107.40 f1,f2 0.444 maximum normal load/50hz 90vac 1.261 n/a 111.05 f1,f2 1.261 maximum normal load/60hz 100vac 1.115 2.0 109.64 f1,f2 1.115 maximum normal load/60hz 240vac 0.484 2.0 107.47 f1,f2 0.484 maximum normal load/60hz 264vac 0.459 n/a 107.26 f1,f2 0.459 maximum normal load/60hz , 11ca37 964 n/a n/a n/a n/a n/a n/a model ; jpw11 n/a n/a n/a n/a n/a n/a
issue date: 2012 - 09 - 24 page 32 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 00kb18 00f01 90vac 1.385 n/a 121.90 f1,f2 1.385 maximum normal load/50hz 100vac 1.221 2.0 120.20 f1,f2 1.221 maximum normal load/50hz 240vac 0.502 2.0 117.35 f1,f2 0.502 maximum normal load/50hz 264vac 0.465 n/a 117.15 f1,f2 0.465 maximum normal load/50hz 90vac 1.385 n/a 121.70 f1,f2 1.385 maximum normal load/60hz 100vac 1.225 2.0 120.08 f1,f2 1.225 maximum normal load/60hz 240vac 0.505 2.0 116.80 f1,f2 0.505 maximum normal load/60hz 264vac 0.471 n/a 116.70 f1,f2 0.471 maximum normal load/60hz model ; jpw11 00kb19 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.320 n/a 116.45 f1,f2 1.320 maximum normal load/50hz 100vac 1.168 2.0 115.00 f1,f2 1.168 maximum normal load/50hz 240vac 0.480 2.0 112.17 f1,f2 0.480 maximum normal load/50hz 264vac 0.444 n/a 111.92 f1,f2 0.444 maximum normal load/50hz 90vac 1.324 n/a 116.30 f1,f2 1.324 maximum normal load/60hz 100vac 1.172 2.0 115.00 f1,f2 1.172 maximum normal load/60hz 240vac 0.485 2.0 112.27 f1,f2 0.485 maximum normal load/60hz 264vac 0.453 n/a 112.03 f1,f2 0.453 maximum normal load/60hz model ; jpw11 00kb24 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.327 n/a 117.40 f1,f2 1.327 maximum normal load/50hz 100vac 1.176 2.0 116.00 f1,f2 1.176 maximum normal load/50hz 240vac 0.491 2.0 113.20 f1,f2 0.491 maximum normal load/50hz 264vac 0.458 n/a 112.94 f1,f2 0.458 maximum normal load/50hz 90vac 1.335 n/a 117.55 f1,f2 1.335 maximum normal load/60hz 100vac 1.180 2.0 116.06 f1,f2 1.180 maximum normal load/60hz 240vac 0.499 2.0 113.24 f1,f2 0.499 maximum normal load/60hz 264vac 0.471 n/a 112.95 f1,f2 0.471 maximum normal load/60hz n/a n/a n/a n/a n/a n/a 90vac 1.203 n/a 106.35 f1,f2 1.203 maximum normal load/50hz 100vac 1.066 2.0 105.12 f1,f2 1.066 maximum normal load/50hz 240vac 0.457 2.0 102.88 f1,f2 0.457 maximum normal load/50hz 264vac 0.428 n/a 102.58 f1,f2 0.428 maximum normal load/50hz 90vac 1.204 n/a 106.22 f1,f2 1.204 maximum normal load/60hz 100vac 1.070 2.0 105.45 f1,f2 1.070 maximum normal load/60hz 240vac 0.466 2.0 102.82 f1,f2 0.466 maximum normal load/60hz 264vac 0.443 n/a 102.57 f1,f2 0.443 maximum normal load/60hz issue date: 2012 - 09 - 24 page 33 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul amende mtn1>f or model ; jpw11 00kb48 00q01 90vac 1.335 n/a 117.23 f1,f2 1.335 maximum normal load / 50hz 100vac 1.175 2.0 115.62 f1,f2 1.175 maximum normal load / 50hz 240vac 0.492 2.0 112.73 f1,f2 0.492 maximum normal load / 50hz 264vac 0.460 n/a 112.42 f1,f2 0.460 maximum normal load / 50hz 90vac 1.336 n/a 117.28 f1,f2 1.336 maximum normal load / 60hz 100vac 1.181 2.0 115.76 f1,f2 1.181 maximum normal load / 60hz 240vac 0.501 2.0 112.89 f1,f2 0.501 maximum normal load / 60hz 264vac 0.471 n/a 112.54 f1,f2 0.471 maximum normal load / 60hz supplementary information: 2.1.1.5 c) 1) table: max. v, a, va test pass voltage(rated) (v) current(rated) (a) voltage (max.) (v) current (max.) (a) va (max.) (va) for model ; jpw1100kb4800q0 1 n/a n/a n/a n/a 48vdc 2.1a 47.98v 3.646a 177.20 supplementary information: previous results ; see clause 2.1.1.5 2.2 table: evaluation of voltage limiting components in selv circuits pass component (measured between) max. voltage (v) (normal operation) voltage limiting components v peak v d.c.
issue date: 2012 - 09 - 24 page 34 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul - - - t1 pin11,12,13 C 2.10.2 table: working voltage measurement pass location rms voltage (v) peak voltage (v) comments - - - - supplementary information: 2.10.3 and 2.10.4 table: clearance and creepage distance measurements pass clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) functional: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) basic/supplementary: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) for model ; jpw1100kb4800q01 n/a n/a n/a n/a n/a n/a model ; n/a n/a n/a n/a n/a n/a line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 370 171 3.25 5.0 3.25 5.0 cy4 12.5 10.7 2.96 5.0 2.96 5.0 reinforced: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) psu1, primary to secondary 360 176 5.92 6.0 5.92 6.0
issue date: 2012 - 09 - 24 page 35 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul psu1, primary to secondary 370 186 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 370 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 370 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 370 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 370 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 375 183 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 375 183 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 365 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 365 177 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 365 179 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 177 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 365 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin4 365 177 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 365 177 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 178 5.92 6.0 5.92 6.0 psu pin1 / psu pin3 365 178 5.92 6..0 5.92 6.0 psu pin1 / psu pin4 365 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin3 365 178 5.92 6.0 5.92 6.0 psu pin2 / psu pin4 365 179 5.92 6.0 5.92 6.0 for model ; jpw1100kb4800q01 n/a n/a n/a n/a n/a n/a t1 pin1 to t1 pin 11,12,13 390 183 7.7 8.0 7.7 8.0 t1 pin1 to t1 pin 14,15,16 590 208 7.7 8.0 7.7 8.0 t1 pin2 to t1 pin 11,12,13 470 188 7.7 8.0 7.7 8.0 t1 pin2 to t1 pin 14,15,16 690 235 7.7 8.0 7.7 8.0 t1 pin6 to t1 pin 11,12,13 410 300 7.7 8.0 7.7 8.0 t1 pin6 to t1 pin 14,15,16 460 315 7.7 8.0 7.7 8.0 t1 pin8 to t1 pin 11,12,13 510 351 7.7 8.0 7.7 8.0 t1 pin8 to t1 pin 14,15,16 600 390 7.7 8.0 7.7 8.0 psu1 pin1 to psu1 pin3 375 174 5.92 6.0 5.92 6.0 psu1 pin1 to psu1 pin4 365 171 5.92 6.0 5.92 6.0 psu1 pin2 to psu1 pin3 370 173 5.92 6.0 5.92 6.0 psu1 pin2 to psu1 pin4 365 171 5.92 6.0 5.92 6.0 supplementary information: refer to iec 60664 - 1 table a.2 clearance is multiplied by 1.48, thermal cycling test conducted. ; pc123, pc - 17k, pc - 17k1c, kp1010, tcet1103(g) thermal cycling test condition one cylcle; 68 hours at 1092
issue date: 2012 - 09 - 24 page 36 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul degreec, 1 hour at 25 2degreec 2 hours at 02 degreec 1 hour at 25 2 degreec ten cylcles repeated after ten cycles humidity was conducted at 40 degreec, 120hours, 95%. electric strength test was conducted after one cycling of test and after humidity test . 2.10.5 table: d istance through insulation measurements pass distance through insulation (dti) at/of: u peak (v) urms (v) test voltage (v) required dti (mm) dti (mm) - - - - - - - - - - *)optical isolator(psu1) 375 174 3000vac 0.4 0.4 **) transformer bobbin(t1) 690 390 3000 0.4 0.4 supplementary information: *) certified by ncb(fimko or equivalent) and ul **) bobbin material: phenolyc thermal cycling test conducted. ; pc123, pc - 17k, pc - 17k1c, kp1010, tcet1103(g) thermal cycling test condition one cylcle; 68 hours at 1092 degreec, 1 hour at 25 2degreec 2 hours at 02 degreec 1 hour at 25 2 degreec te n cylcles repeated after ten cycles humidity was conducted at 40 degreec, 120hours, 95%. electric strength test was conducted after one cycling of test and after humidity test . 4.5 table: thermal requirements pass supply voltage (v) ................................ ........... : see below see below n/a n/a n/a ambient tmin (c ) ................................ .......... : n/a n/a n/a n/a n/a ambient tmax (c ) ................................ ......... : n/a n/a n/a n/a n/a maximum measured temperature t of part/at: t (c) allowed tmax (c) model jpw1100ka1200f01 90vac, 60hz, test duration: 5hr 21min 264vac, 60hz, test duration: 2hr 23min n/a n/a n/a n/a 1. f2 65.7 46.5 74.7 55.0 n/a 130 2. pwb under th1, 130c 87.8 57.8 96.8 66.3 n/a 130 3. cx1, 100c 72 52.5 81.0 61.0 n/a 100 4. lf1 coil, 130c 88.9 57.2 97.9 65.7 n/a 130 5. cy2, 125c 83.8 62.9 92.8 71.4 n/a 125 6. cp1, 105c 78.6 62.3 87.6 70.8 n/a 105 7. lp1 coil, 130c 97.8 77.3 106.8 85.8 n/a 130 8. lp2 coil, 130c 101.4 78 110.4 86.5 n/a 130
issue date: 2012 - 09 - 24 page 37 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 9. lp3 coil, 130c 99.3 76.4 108.3 84.9 n/a 130 10. u2, 100c 76.4 70.3 85.4 78.8 n/a 100 11. t1 coil, 110c 93.9 86.1 102.9 94.6 n/a 110 12. t1 core, 110c 88.1 81.5 97.1 90.0 n/a 110 13. cy3, 125c 67.1 61.1 76.1 69.6 n/a 125 14. hs near qp1 71.9 64.4 80.9 72.9 n/a 130 15. hs near qs2 84.9 75.9 93.9 84.4 n/a 130 16. ls1 coil, 130c 76.4 71.2 85.4 79.7 n/a 130 17. ls2 coil, 130c 71.9 67.7 80.9 76.2 n/a 130 18. lp4 coil, 130c 81 61.5 90.0 70.0 n/a 130 19. lp5 coil, 130c 77.7 58.2 86.7 66.7 n/a 130 20. inside enclosure, 80c 56.4 52.2 65.4 60.7 n/a 80 21. outside enclosure, 80c 55.6 51.4 64.6 59.9 n/a 80 22. ambient / tma 26 26.5 35.0 35.0 n/a n/a model jpw1100ka1800f01 90vac, 60hz, test duration: 5hr 21min 264vac, 60hz, test duration: 2hr 23min n/a n/a n/a n/a 1. f2 70.7 48.1 79.8 57.0 n/a 130 2. pwb under th1, 130c 94 59 103.1 67.9 n/a 130 3. cx1, 100c 82.4 53.7 91.5 62.6 n/a 100 4. lf1 coil, 130c 100 59.4 109.1 68.3 n/a 130 5. cy2, 125c 87.6 62.5 96.7 71.4 n/a 125 6. cp1, 105c 83.4 64.3 92.5 73.2 n/a 105 7. lp1 coil, 130c 100.5 71.2 109.6 80.1 n/a 130 8. lp2 coil, 130c 101.2 73 110.3 81.9 n/a 130 9. lp3 coil, 130c 103.8 76.1 112.9 85.0 n/a 130 10. u2, 100c 75.7 67.8 84.8 76.7 n/a 100 11. t1 coil, 110c 91.4 82.1 100.5 91.0 n/a 110 12. t1 core, 110c 84.4 76.7 93.5 85.6 n/a 110 13. cy3, 125c 68.7 60.1 77.8 69.0 n/a 125 14. hs near qp1 73.9 62.4 83.0 71.3 n/a 130 15. hs near qs2 76.5 67 85.6 75.9 n/a 130 16. ls1 coil, 130c 69.1 63.2 78.2 72.1 n/a 130 17. ls2 coil, 130c 67 61.6 76.1 70.5 n/a 130 18. lp4 coil, 130c 72.2 53.8 81.3 62.7 n/a 130 19. lp5 coil, 130c 76.6 53.2 85.7 62.1 n/a 130 20. inside enclosure, 80c 57.3 51.8 66.4 60.7 n/a 80 21. outside enclosure, 80c 55.9 49.8 65.0 58.7 n/a 80 22. ambient / tma 25.9 26.1 35.0 35.0 n/a n/a <11ca15702>_see below 90vac/6 0hz 264vac/ 60hz 90vac/6 0hz(tm a=35) 264vac/ 60hz(t ma=35) n/a n/a jpw1100kb1200f01 - - - - - - f2 78.6 58.7 88.3 69.3 n/a 130 pwb under th1 88.8 59.6 98.5 70.2 n/a 130
issue date: 2012 - 09 - 24 page 38 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cx1 75.4 56.9 85.1 67.5 n/a 100 lf1 90.3 66.3 100.0 76.9 n/a 130 cy2 89 70.3 98.7 80.9 n/a 125 cp1 80.6 65.9 90.3 76.5 n/a 105 lp5 87.1 55.2 96.8 65.8 n/a 130 lp3 100.7 82.4 110.4 93.0 n/a 130 psu1 80.7 73.6 90.4 84.2 n/a 100 t1 coil 91.8 84.7 101.5 95.3 n/a 110 t1 core 98.4 91.1 108.1 101.7 n/a 110 cy3 74.4 67.4 84.1 78.0 n/a 125 heat sink near qp1 80.7 70.6 90.4 81.2 n/a n/a heat sink near qs1 90.6 80.2 100.3 90.8 n/a n/a ls1 70.4 65.4 80.1 76.0 n/a 130 ls2 75.2 70.5 84.9 81.1 n/a 130 inside enclosure 73.7 67.4 83.4 78.0 n/a 120 outside enclosure 57.9 53.3 67.6 63.9 n/a 95 ambient 25.3 24.4 35.0 35.0 n/a n/a duration 5hrs 24min 4hrs 35min n/a n/a n/a n/a , 11ca37964 n/a n/a n/a n/a n/a n/a model ; jpw1100kb1800f01 90vac/6 0hz 264vac/ 60hz 90vac/6 0hz 264vac/ 60hz n/a n/a f2 85.4 61.5 90.5 66.8 n/a 130 pwb under th1 94.7 60.2 99.8 65.5 n/a 130 cx1 78.7 55.1 83.8 60.4 n/a 100 lf1 93.4 63.3 98.5 68.6 n/a 130 cy2 95.3 68 100.4 73.3 n/a 125 cp1 80.7 64.4 85.8 69.7 n/a 105 lp5 95.8 50.9 100.9 56.2 n/a 130 lp3 97.5 80.1 102.6 85.4 n/a 130 psu1 80.3 76.6 85.4 81.9 n/a 100 t1 coil 82.7 75.7 87.8 81 n/a 110 t1 core 91.3 84.3 96.4 89.6 n/a 110 cy3 69.9 64.4 75 69.7 n/a 125 heat sink near qp1 94.2 80.9 99.3 86.2 n/a n/a heat sink near qs1 95.8 83.4 100.9 88.7 n/a n/a inside enclosure 51.4 47.2 56.5 52.5 n/a 120 outside enclosure 70.2 63.7 75.3 69 n/a 95 ambient 24.9 24.7 tma=30 .0 tma=30 n/a n/a duration 3hrs 2min 2hr 27min n/a n/a n/a n/a model ; jpw1100kb1900f01 90vac/6 0hz 264vac/ 60hz 90vac/6 0hz 264vac/ 60hz n/a n/a f2 85.1 61.5 87.4 63.2 n/a 130 pwb under th1 93.2 62.5 95.5 64.2 n/a 130 cx1 77 57.5 79.3 59.2 n/a 100
issue date: 2012 - 09 - 24 page 39 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul lf1 91.3 65.9 93.6 67.6 n/a 130 cy2 93.5 70.7 95.8 72.4 n/a 125 cp1 79.8 67.4 82.1 69.1 n/a 105 lp5 92.6 53.9 94.9 55.6 n/a 130 lp3 95.6 82.3 97.9 84 n/a 130 psu1 79.5 76.6 81.8 78.3 n/a 100 t1 coil 82.8 78.1 85.1 79.8 n/a 110 t1 core 90 85.5 92.3 87.2 n/a 110 cy3 69.7 67.2 72 68.9 n/a 125 heat sink near qp1 92.2 83.9 94.5 85.6 n/a n/a heat sink near qs1 92.1 82.5 94.4 84.2 n/a n/a inside enclosure 62.8 62.5 65.1 64.2 n/a 120 outside enclosure 54.6 53 56.9 54.7 n/a 95 ambient 27.7 28.3 30 30 n/a n/a duration 2hr 47min 3hr 5min n/a n/a n/a n/a e300305 - a33 - cb - 4, reissue n/a n/a n/a n/a n/a n/a jmw1100kb1300f01 90vac/6 0hz 90vac/6 0hz(tm a=35) 264vac/ 60hz 264vac/ 60hz(t ma=35) n/a n/a f2 87.2 95.7 54.5 62.8 n/a 130 th1 87.8 96.3 58.3 66.6 n/a 130 cx1 75.9 84.4 56.8 65.1 n/a 100 lf1 94.7 103.2 68.6 76.9 n/a 130 cy2 89.4 97.9 71.7 80.0 n/a 125 cp2 81.5 90.0 67.8 76.1 n/a 105 lp5 85.8 94.3 53.7 62.0 n/a 130 lp3 100.3 108.8 85.7 94.0 n/a 130 psu1 82.7 91.2 76.2 84.5 n/a 105 t1 coil 98.8 107.3 88.6 96.9 n/a 110 t1 core 93.5 102.0 85.1 93.4 n/a 110 cy3 76.8 85.3 71.4 79.7 n/a 125 heatsink near qp1 82.2 90.7 76 84.3 n/a n/a heat sink near qs1 89.4 97.9 77.9 86.2 n/a n/a ls1 74.7 83.2 68.8 77.1 n/a 130 ls2 68.2 76.7 64.1 72.4 n/a 130 inside enclosure 75.2 83.7 68.8 77.1 n/a 120 outside enclosure 58.1 66.6 54.5 62.8 n/a 95 ambient 26.5 n/a 26.7 n/a n/a n/a duraton 4hr 30min n/a 6hr 54min n/a n/a n/a jmw1100kb1500f01 90vac/6 0hz 90vac/6 0hz(tm a=35) 264vac/ 60hz 264vac/ 60hz(t ma=35) n/a n/a f2 92.6 100.4 54.8 63.3 n/a 130 th1 100.6 108.4 60.7 69.2 n/a 130 cx1 80.6 88.4 55 63.5 n/a 100 lf1 94.3 102.1 62.4 70.9 n/a 130
issue date: 2012 - 09 - 24 page 40 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cy2 90.5 98.3 67.2 75.7 n/a 125 cp2 81.3 89.1 64.5 73.0 n/a 105 lp5 96.6 104.4 51.7 60.2 n/a 130 lp3 103.0 110.8 82.6 91.1 n/a 130 psu1 82.4 90.2 74.2 82.7 n/a 105 t1 coil 92.3 100.1 81.8 90.3 n/a 110 t1 core 90.9 98.7 81.9 90.4 n/a 110 cy3 74.8 82.6 66.8 75.3 n/a 125 heatsink near qp1 87.8 95.6 76.2 84.7 n/a n/a heat sink near qs1 84.1 91.9 71.5 80.0 n/a n/a ls1 74.7 82.5 68.1 76.6 n/a 130 ls2 68.0 75.8 62 70.5 n/a 130 inside enclosure 68.1 75.9 61.1 69.6 n/a 120 outside enclosure 56.0 63.8 50.8 59.3 n/a 95 ambient 27.2 n/a 26.5 n/a n/a n/a duraton 5hr 4min n/a 4hr 6min n/a n/a n/a jmw1100kb1600f01 90vac/6 0hz 90vac/6 0hz(tm a=35) 264vac/ 60hz 264vac/ 60hz(t ma=35) n/a n/a f2 94.1 102.5 56 64.9 n/a 130 th1 100.0 108.4 60.5 69.4 n/a 130 cx1 80.9 89.3 55.2 64.1 n/a 100 lf1 93.3 101.7 61.9 70.8 n/a 130 cy2 90.0 98.4 66.8 75.7 n/a 125 cp2 81.3 89.7 64.9 73.8 n/a 105 lp5 97.7 106.1 52.6 61.5 n/a 130 lp3 103.0 111.4 82.8 91.7 n/a 130 psu1 80.6 89.0 73.4 82.3 n/a 105 t1 coil 89.1 97.5 79.9 88.8 n/a 110 t1 core 88.2 96.6 80.3 89.2 n/a 110 cy3 73.6 82.0 66.8 75.7 n/a 125 heatsink near qp1 80.7 89.1 71.8 80.7 n/a n/a heat sink near qs1 81.3 89.7 69.5 78.4 n/a n/a ls1 71.6 80.0 66 74.9 n/a 130 ls2 63.8 72.2 59.3 68.2 n/a 130 inside enclosure 65.7 74.1 60.2 69.1 n/a 120 outside enclosure 55.8 64.2 51.8 60.7 n/a 95 ambient 26.6 n/a 26.1 n/a n/a n/a duraton 4hr 34min n/a 5hr 5min n/a n/a n/a jmw1100kb2400f01 90vac/6 0hz 90vac/6 0hz(tm a=35) 264vac/ 60hz 264vac/ 60hz(t ma=35) n/a n/a f2 90.5 99.1 56.5 64.9 n/a 130 th1 98.1 106.7 62 70.4 n/a 130 cx1 83.7 92.3 59.3 67.7 n/a 100 lf1 95.5 104.1 63.4 71.8 n/a 130 cy2 90.4 99.0 68 76.4 n/a 125
issue date: 2012 - 09 - 24 page 41 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cp2 84.1 92.7 68.1 76.5 n/a 105 lp5 102.1 110.7 56.3 64.7 n/a 130 lp3 102.7 111.3 85.6 94.0 n/a 130 psu1 79.0 87.6 72.8 81.2 n/a 105 t1 coil 91.6 100.2 82.5 90.9 n/a 110 t1 core 87.3 95.9 80.5 88.9 n/a 110 cy3 72.6 81.2 66.6 75.0 n/a 125 heatsink near qp1 85.3 93.9 77.2 85.6 n/a n/a heat sink near qs1 84.3 92.9 72.4 80.8 n/a n/a ls1 67.6 76.2 62.6 71.0 n/a 130 ls2 66.1 74.7 61.8 70.2 n/a 130 inside enclosure 69.2 77.8 63.7 72.1 n/a 120 outside enclosure 58.0 66.6 54 62.4 n/a 95 ambient 26.4 n/a 26.6 n/a n/a n/a duraton 4hr 41min n/a 12hr 50min n/a n/a n/a for model ; jpw1100kb4800q01 n/a n/a n/a n/a n/a n/a f2 101.0 53.8 112.0 64.8 n/a 130 pwb under th1 105.5 62.0 116.5 73.0 n/a 130 cx1 82.6 55.3 93.6 66.3 n/a 100 lf1 98.8 64.2 109.8 75.2 n/a 130 cy2 90.0 68.2 101.0 79.2 n/a 125 cp1 83.7 66.3 94.7 77.3 n/a 105 lp5 100.8 52.9 111.8 63.9 n/a 130 lp3 97.9 80.5 108.9 91.5 n/a 130 psu1 75.9 72.4 86.9 83.4 n/a 130 t1 coil 90.9 87.0 101.9 98.0 n/a 110 t1 core 87.0 82.8 98.0 93.8 n/a 110 cy3 73.7 69.4 84.7 80.4 n/a 125 heatsink near qp1 82.8 75.9 93.8 86.9 n/a n/a heatsink near qs1 88.2 81.3 99.2 92.3 n/a n/a enclosure inside 78.6 74.2 89.6 85.2 n/a 130 enclosure outside 62.2 58.9 73.2 69.9 n/a 80 ambient 24.0 24.0 35.0 35.0 n/a n/a duration 3hr 20min 2hr 50min n/a n/a n/a n/a temperature t of winding: t 1 (c) r 1 ( ? 2 (c) r 2 ( ? max (c) insulation class supplementary information: - 4.5.5 table: ball pressure test of thermoplastic parts n/a allowed impression diameter (mm) ........................ : less than or equal to 2.0
issue date: 2012 - 09 - 24 page 42 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul part test temperature ( c) impression diameter (mm) supplementary information: bobbin is thermosetting plastic. 5.2 table: electric strength tests, impulse tests and voltage surge tests pass test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no functional: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no basic/supplementary: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no e300305 - a33 - cb - 4, amendment 1 n/a n/a n/a primary winding to core ac 2034 no secondary winding to core ac 2034 no reinforced: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no primary to secondary circuit after humidity test ac 3000vac no primary to wrapped enclosure by metal foil after humidity test ac 3000vac no primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no <11ca15702> n/a n/a n/a primary to secondary circuit after humidity test ac 3000vac no primary to wrapped enclosure by metal foil after humidity test ac 3000vac no primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no n/a n/a n/a
issue date: 2012 - 09 - 24 page 43 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no n/a n/a n/a primary to secondary circuit after humidity test ac 4800vac no primary to wrapped enclosure by metal foil after humidity test ac 4800vac no optical isolator(after the last period at t1 degreec) ac 4800vac no optical isolator after humidity test ac 4800vac no e300305 - a33 - cb - 4, amendment 1 n/a n/a n/a primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer insulation sheet one layer ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no supplementary information: tested transformer(t1) ; type; 3025579001a by wendeng jeil type; 3025579002a by wendeng jeil type; 3025579003a by wendeng jeil type; 3025579004a by wendeng jeil type; 3025579005a by wendeng jeil tested insulation tape ; duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or dts - 204k^ tested optical isolator(psu1) ; tcet1103(g) by vishay semiconductor kp1010 by cosmo electronics corp. pc123 by sharp corp. pc017k or pc - 17k1c by kodenshi corp complied with humidity test per clause 2.9.2 5.3 table: fault condition tests pass ambient temperature ( c) ................................ ..... : see results power source for eut: manufacturer, model/type, output rating ................................ ............................ : see results component no. fault supply voltage (v) test time fuse # fuse current (a) observation n/a n/a n/a n/a n/a n/a c8(+) to gnd overload 264vac 4hr 30min f1,f 2 3.15a the highest load ; 3a, temperature stabilized ; t1 coil ; 92.4 degreec, t1 core; 90.9 degreec, ambient ; 23.7 degreec, immediately ip after short circuit, fi=0.147a, nc,nt,nb
issue date: 2012 - 09 - 24 page 44 of 44 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul supplementary information: c.2 table: transformers pass loc. tested insulation working voltage peak /v (2.10.2) working voltage rms /v (2.10.2) required electric strength (5.2) required clearance / mm (2.10.3) required creepage distance / mm (2.10.4) required distance thr. insul. (2.10.5) t1 reinforced (primary to secondary) 690 390 3000vac 7.7 7.7 min. 1 layers or 0.4 mm thickness loc. tested insulation test voltage / v measured clearance / mm measured creepage dist./mm measured distance thr. insul / mm; number of layers t1 reinforced ; primary winding to secondary winding 3000vac 8.0 8.0 triple insulated wire applied t1 basic or supplementary ; primary winding to core 2034vac 4.0 4.0 triple insulated wire applied t1 basic or supplementary ; secondary winding to core 2034vac 4.0 4.0 triple insulated wire applied transformer type number enclosure - miscellaneous id transformer_ 3025579003a 7 - 10 transformer_ 3025579004a 7 - 11 transformer_ 3025579005a 7 - 12 supplementary information: tested t1 ; 3025579001a,3025579002a,3025579003a,3025579004a,3025579005a
issue date: 2012 - 09 - 24 page 1 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul enclosures type supplement id description photographs 3 - 01 overall top view photographs 3 - 02 overall bottom view photographs 3 - 03 overall top view without enclosure photographs 3 - 04 overall side view without enclosure photographs 3 - 05 overall printed wiring board view photographs 3 - 06 overall printed wiring board view photographs 3 - 07 overall top view without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) photographs 3 - 08 overall bottom view without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) photographs 3 - 09 overall top view without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) photograph s 3 - 10 overall view _ qtype photographs 3 - 11 internal view with shield_1 photographs 3 - 12 internal view with shield_2 diagrams schematics + pwb manuals miscellaneous 7 - 02 national differences - japan miscellaneous 7 - 03 national differences - appended page for as/nzs60950 - 1: 2003+a1+a2+a3 miscellaneous 7 - 04 manufacturer declaration miscellaneous 7 - 06 diagram for heat sink miscellaneous 7 - 07 transformer_ 3025579001a miscellaneous 7 - 08 transformer_ 3025579002a miscellaneous 7 - 09 national difference for china miscellaneous 7 - 10 transformer_ 3025579003a miscellaneous 7 - 11 transformer_ 3025579004a miscellaneous 7 - 12 transformer_ 3025579005a licenses marking plate 13 - 01 marking plate label marking plate 13 - 02 marking plate label
issue date: 2012 - 09 - 24 page 2 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul marking plate 13 - 03 marking plate label marking plate 13 - 04 marking plate label marking plate 13 - 05 marking plate label
issue date: 2012 - 09 - 24 page 3 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul markingplate id 13 - 05
issue date: 2012 - 09 - 24 page 4 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul markingplate id 13 - 05
issue date: 2012 - 09 - 24 page 5 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul markingplate id 13 - 05
issue date: 2012 - 09 - 24 page 6 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul markingplate id 13 - 05
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issue date: 2012 - 09 - 24 page 12 of 34 report reference # e300305 - a33 - cb - 4 amendment 1 2012 - 11 - 27 enclosures this report issued under the responsibility of ul photographs id 3 - 10
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issue date: 2012 - 09 - 24 page 1 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul test report issued under the responsibility of: test report iec 60950 - 1 information technology equipment - safety - part 1: general requirements report reference no .................. : e300305 - a33 - cb - 4 date of issue ................................ . : 2012 - 09 - 24 total number of pages .................. : 26 cb testing laboratory ............... : ul korea, ltd. address ................................ ......... : #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea applicant's name ........................ : address ................................ ......... : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea test specification: standard ................................ ........ : iec 60950 - 1:2005 (2nd edition); am 1:2009 test procedure .............................. : cb scheme non - standard test method ............ : n/a test report form no. ................. : iec60950_1b test report form originator .......... : sgs fimko ltd master trf ................................ ... : 2010 - 04 copyright ? 2010 iec system for conformity testing and certification of electrical equipment (iecee), geneva, switzerland. all rights reserved. this publication may be reproduced in whole or in part for non - commercial purposes as long as the iecee is ack nowledged as copyright owner and source of the material. iecee takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. if this test repor t is used by non - iecee members, the iecee/iec logo and the reference to the cb scheme procedure shall be removed. this report is not valid as a cb test report unless signed by an approved cb testing laboratory and appended to a cb test certificate issued by an ncb in accordance with iecee 02.
issue date: 2012 - 09 - 24 page 2 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul test item description .................. : switching power supply trade mark ................................ .... : none manufacturer ................................ . : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea model/type reference ................... : jpw1100**12**f**, jpw1100**13**f**, jpw1100**15**f**, jpw1100**16**f**, jpw1100**18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*13**f**, cenb1100*15**f**, cenb1100*16**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1 100**12**f**, jmw1100**13**f**, jmw1100**15**f**, jmw1100**16**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1100**24**f**, menb1100*12**f**, menb1100*13**f**, menb1100*15**f**, menb1100*16**f**, menb1100*18**f**, menb1100*19**f**, and menb1100*24**f** (wher e * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") ratings ................................ .......... : input rating: 100 - 240 vac, 50 - 60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a
issue date: 2012 - 09 - 24 page 3 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul testing procedure and testing location: [x] cb testing laboratory testing location / address .............. : ul korea, ltd. #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea [ ] associated cb test laboratory testing location / address .............. : tested by (name + signature) ....... : inyoung hwang approved by (name + signature) ... : jongdae kim [ ] testing procedure: tmp tested by (name + signature) ....... : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: wmt tested by (name + signature) ....... : witnessed by (+ signature) ............ : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: smt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : [ ] testing procedure: rmt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : list of attachments national differences (0 pages) enclosures (0 pages) summary of testing: no tests were conducted summary of compliance with national differences: countries outside the cb scheme membership may also accept this report. list of countries addressed: at, be, ca, ch, cn, cz, de, dk, es, eu, fi, fr, gb, gr, hu, ie, il, it, jp,
issue date: 2012 - 09 - 24 page 4 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul kr, nl, no, pl, pt, se, sg, si, sk, us the product fulfills the requirements of: n/a copy of marking plate - refer to enclosure titled marking plate for copy.
issue date: 2012 - 09 - 24 page 5 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul test item particulars : equipment mobility ................................ ............... : movable connection to the mains ................................ ...... : pluggable a operating condition ................................ .............. : continuous access location ................................ .................... : n/a over voltage category (ovc) .............................. : ovc ii mains supply tolerance (%) or absolute mains supply values ................................ ................................ ... : +10%, - 10% tested for it power systems ............................... : yes(for norway only) it testing, phase - phase voltage (v) ..................... : 230 vac class of equipment ................................ .............. : class i ( earthed) considered current rating of protective device as part of the building installation (a) ............................... : 2.0 pollution degree (pd) ................................ ........... : pd 2 ip protection class ................................ ................ : ip x0 altitude of operation (m) ................................ ....... : up to 5000m altitude of test laboratory (m) ............................... : n/a mass of equipment (kg) ................................ ....... : 0.7 possible test case verdicts: - test case does not apply to the test object ........... : n / a - test object does meet the requirement ................. : p(pass) - test object does not meet the requirement ........... : f(fail) testing: date(s) of receipt of test item ............................... : n/a date(s) of performance of tests ........................... : n/a general remarks: the test results presented in this report relate only to the object tested. this report shall not be reproduced, except in full, without the written approval of the testing laboratory. "(see enclosure #)" refers to additional information appended to the report. "(see appended table)" refers to a table appended to the report. thr oughout this report a point is used as the decimal separator. manufacturer's declaration per sub clause 6.25 of iecee 02: the application for obtaining a cb test certificate includes more than one factory and a declaration form the manufacturer stating that the sample(s) submitted for evaluation is (are) representative of the products from each factory has been provided ..... . when differences exist, they shall be identified in the general product information section. yes name and address of factory(ies): bridgepower corp
issue date: 2012 - 09 - 24 page 6 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea wendeng jeil electronics co ltd dong shou guangzhou lu kaifa - qu wendeng - shi shandong china general product information: report summary the original report was modified on 2012 - 10 - 12 to include the following changes/additions: e300305 - a33 - cb - 4, correction1 - add optical isolator certification information under mark of conformity section due to missing - add bobbin's manufacturer name due to missing - correct optical isolator cr,cl from "thermal cycling conducted " to measured cr, cp in table 2.10.2 , 2.10.3 and 2.10.4 due to typo error - delete enclosure type hn - 1064w(+) in critical component list due to typo error - correct electric strength table due to typo error product description switching power supply (ac/dc adapter), consists of electronic compo nents mounted on pwb, a switching transformer and electronic components mounted on pwb, housed with a plastic enclosure. model differences jpw1100**12**f**, jpw1100**15**f**, jpw1100**18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*15**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1100**12**f**, jmw1100**15**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1 100**24**f**, menb1100*12**f**, menb1100*15**f**, menb1100*18**f**, menb1100*19**f**, and menb1100*24**f** (where * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") models cenb1100*(b)**(c)** (d)f**(e), menb1100*(b)**(c)**(d)f**(e), and jmw1100*(a)*(b)**(c)**(d)f**(e) are identical to jpw1100*(a)*(b)**(c)**(d)f**(e), except model designations as follows; nomenclature jpw1100*(a)*(b)**(c)**(d)f**(e) or jmw1100*(a)*(b)**(c)**(d)f**(e) or cenb11 00*(b)**(c)**(d)f**(e) or menb1100*(b)**(c)**(d)f**(e) (a) means custom options, may be k or c; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19 or 24; (d) means standards output cord options, may be 00 to 99; (e) means custom options, may be 00 to 99 or aa to zz. the marked models as 12, 13, 15, 16, 18, 19 and 24 on (c) nomenclature are identical individually, except model designations, output ratings, transformers and secondary circuits.
issue date: 2012 - 09 - 24 page 7 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul the mode ls jpw1100**13**f**, jpw1100**16**f**, cenb1100*13**f**,cenb1100*16**f**, jmw1100**13**f**, jmw1100**16**f**, menb1100*13**f**, and menb1100*16**f** are identical to model jpw1100**12**f** except for model designation, output ratings, transformers and seco ndary circuits. the model jpw1100**19**f**, cenb1100*19**f**, jmw1100**19**f**, menb1100*19**f** are identical to jpw1100**12**f** except for model designation, output ratings, transformers and secondary circuits. additional information maximum normal load condition: rated output currents jpw1100ka1200f01: 12.0 vdc, 7.5 a; jpw1100ka1500f01: 15.0 vdc, 6.4 a; jpw1100ka1800f01: 18.0 vdc, 5.6 a; jpw1100ka2400f01: 24.0 vdc, 4.2 a. this equipment is not provided with user's manual. procedure deviation: argentina*, australia / new zealand, austria**, belgium**, china, czech republic**, denmark, finland, france**, germany, greece**, group, hungary*, india*, ireland*, israel*, italy*, japan*, kenya*, korea, malaysia*, netherlands**, norway, pol and*, portugal*, singapore*, slovakia**, slovenia*, spain*, sweden, switzerland**, and united kingdom. * - no national differences declared, ** - only group differences. before placing the products in the different countries, the manufacturer has to guar antee that: 1. operating instructions and warnings are written in an accepted language of the certain country. 2. the equipment is in compliance with the national standards of the certain country. e300305 - a33 - cb - 3, reissue - added thermal fuse (seki contr ols co., ltd., type st - 22) in critical component list. e300305 - a33 - cb - 4, reissue - upgrade report from iec 60950 - 1 2nd edition to iec 60950 - 1 2nd edition, amendment1 - altitude of operation is up to 2000m to up to 5000m refer to iec 60664 - 1 table a.2 - h umidity test was conducted at 40 degreec, 95% , 120hours for china deviation. - national difference for china is revised. - tma is changed from 30 degreec to 35 degreec e300305 - a33 - cb - 4, correction1 - add optical isolator certification information under mark of conformity section due to missing - add bobbin's manufacturer name due to missing - correct optical isolator cr,cl from "thermal cycling conducted " to measured cr, cp in table 2.10.2 , 2.10.3 and 2.10.4 due to typo error - delete enclosure type hn - 1064w(+) in critical component list due to typo error - correct electric strength table due to typo error technical considerations ? permitted by the manufacturers specification of: 35
issue date: 2012 - 09 - 24 page 8 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 trf no. : iec60950_1b this report issued under the responsibility of ul ? ? ? ?
issue date: 2012 - 09 - 24 page 9 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.1 table: list of critical components pass object/part or description manufacturer/ trademark type/model technical data standard (edition or year) mark(s) of conformity 1 ) enclosure (electrical/mechi cal/fire) sabic innovative plastics b v, sabic innovative plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. ul94, ul746c usr, - enclosure(electri cal/mechanical/f ire) alternate cheil industries inc. chemicals div. hn - 1064(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. ul94, ul746c usr, - appliance inlet rong feng industrial co., ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 usr, semko appl iance inlet alternate rich bay co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 usr, vde fuse (f1) (optional) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f1) (optional) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 usr, vde thermal fuse (f1) (optional) alternate seki controls co., ltd. st - 22 250v, 7a en60730 - 1, vde0631 - 1 usr, vde fuse (f2) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f2) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 usr, vde thermister (th1) various various ntc, 5ohm at 25c. tested in equipment. - , - discharging resistors various various 510kohm 1/8w tested in equipment. - , -
issue date: 2012 - 09 - 24 page 10 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (rp111, rp112) varistor (tnr1) optional amotech co., ltd. inr14d471 (line to line) minimum 470v overall 14 mm. ul1449, iec60384 - 14 usr, vde varistor (tnr1) optional) alternate success electronics co., ltd. svr14d471k (line to line) minimum 470v overall 14 mm. ul14 49, iec60384 - 14 usr, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko nemko semko x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko, vde x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, demko fimko x - capacitor (cx1) alternate okaya electric industries co., ltd. le (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, semko x - capacitor (cx1) alternate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko line filter (lf1) bridgepo wer corp. or wendeng jeil electronics co., ltd. 3025560 core: ferrite. 24 by 24 mm. coils: polyurethane wire, minimum 130c bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. tested in equipment. - , -
issue date: 2012 - 09 - 24 page 11 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul line filter (lp1, lp2, lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. 6872250 core: ferrite 13.7 by 8 mm. coils: polyurethane wire, minimum 130c insulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. tested in equipment. - , - pfc coil fo r 12v, 18v, 24v output bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. tested in equipment. - , - pfc coil for 15v output bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578001 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. tested in equip ment. - , - y - capacitors (cy1, cy2) success electronics co., ltd. se or sb (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko y - capacitors (cy1, cy2) - alternate murata mfg. co., ltd. kx or ky (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko y - capacitors (cy1, cy2) - tdk - epc corp. cd or cs (line to ground) 250v, maximum ul1414, iec60384 - 14, usr, vde
issue date: 2012 - 09 - 24 page 12 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul alternate 2200pf. marked with y1 or y2. meets iec60384 - 14. en132400 bridge diode (bd1) various various minimum 600v, maximum 10a. tested in equipment. - , - bridging capacitors (cy3, cy4) success electronics co., ltd. se or sb (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate tdk - epc corp. cd or cs (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, vde electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. tested in equipment. - , - fet (qp1) various various 550v, 18a secured to heat sink (hs1) by screw. tested in equipment. - , - fet (qp2) various various smd type. 60v, 115ma tested in equipment. - , - fet (qp3) various various 800v, 11a or 13a secured to heat sink (hs1) by screw. tested in equipment. - , - switching ic (up1) various various maximum 22v, 0.03a. tested in equipment. - , - switching ic (up2) various various maximum 18v, 5.0ma. tested in equipment. - , - main transformer (t1) bridgepower corp. or wendeng jeil jec(b) (part no.: 3025579011 for class b. core: ferrite 40 by 42 mm. coils: ul1446 usr, -
issue date: 2012 - 09 - 24 page 13 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul electronics co., ltd. 12v output; part no.: 3025579012 for 15v output; part no.: 3025579013 for 18v out put; part no.: 3025579014 for 24v output) polyurethane wire, minimum 130c tiww: furukawa electric co., ltd., tex - e, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c, insulation tape, duck sung hitech co ltd, duck sung hitech co ltd, cat no. 220 - 8 or dts - 204 optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. dti;0.4mmexter nal cr,cl . minimum 6.3 mm. complied with 2.10.9 ul1577, en60950 usr, bsi no.7402 optical isolator (psu1) alternate cosmo electronics corp. kp1010 double protection. isolation 5000vac.dti;0.4 mm external cr,cl minimum 6.5 mm.complied with 2.10.9 ul1577, en60950 usr, semko no.1016433 optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac.dti;0.4 mm external cr,cl minimum 7.62mm. .complied with 2.10.9 ul1577, en60950 usr, semko no.9216212 optical isolator kodenshi corp. pc - 17k or pc - double ul1577 usr, semko no.
issue date: 2012 - 09 - 24 page 14 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (psu1) alternate 17k 1c protection. isolation 5000vac. dti;0.4mm, external cr,cl minimum 7.0mm mm.complied with 2.10.9 9805214/01 - 04 zener diodes (dp14, zd3, dp6) various various 18v, 0.5w tested in equipment. - , - insulation sheet (around t1 primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746 usr, - heat sink (hs1) (primary) various various metal. overall approximately. 128.7 by 36 mm, 2 mm th ick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. tested in equipment. - , - heat sink (hs2) (secondary) various various metal. overall approximately. 69.3 by 36 mm, 3 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. tested in equipment. - , - heat sink (hs3) (around bd1)_optional various various metal. overall approximat ely 40 by 30 mm, 1.5 mm thick. wound by polyester film tape, (oanz2), minimum 130c, - , -
issue date: 2012 - 09 - 24 page 15 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul minimum 1 turns in primary side. printed wiring board (pwb) various various minimum v - 1, 130c. ul796 usr, - protective bonding conductor various various mechanically clamped or secured on pwb from appliance inlet. minimum 18 awg, green - and - yellow insulation. ul758 usr, - bonding glue various various minimum v - 2, minimum 100c for additional secureness of internal conductor. ul94, ul746 usr, - output cabl e various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, minimum 300v, 80c, 18 awg, maximum 3.05 m long. ul758 usr, - nameplate label various various suitable for use on surface of polycarbonate (pc) with maximum 60 c surface temperature. ul969 usr, - for models jpw1100*b12** f**,jpw1100*b1 3**f**,jpw1100 *b15**f**,jpw1 100*b16**f**, jpw1100*b18** f**, jpw1100*b19** f**, jpw1100*b24** f**,cenb1100a 12**f**,cenb11 00a13**f**,cen - - - - - , -
issue date: 2012 - 09 - 24 page 16 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul b1100a15**f**, cenb1100a16** f**, cenb1100a18** f**, cenb1100a19** f**, cenb1100a24** f**, jmw1100*b12** f**,jmw1100*b 13**f**,jmw110 0*b15**f**,jmw 1100*b16**f**, jmw1100*b18** f**, jmw1100*b19** f**, jmw1100*b24** f**,menb1100a 12**f**,menb11 00a13**f**,men b1100a15**f**, menb1100a16* *f**, menb1100a18* *f**, menb1100a 19* *f**, menb1100a24* *f** enclosure (electrical/mecha nical/fire) sabic innovative plastics b v, sabic innovative plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2. 0 mm thick. composed of two pieces. secured together by screws. ul94, ul746c ul, - enclosure (electrical/mecha nical/fire) alternate cheil industries inc. chemicals div. hn - 1064(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces. ul94, ul746c ul, -
issue date: 2012 - 09 - 24 page 17 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul secured together by screws. appliance inlet rong feng industrial co., ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 ul, semko applia nce inlet alternate rich bay industrial co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 ul, vde fuse (f1) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 ul, vde fuse (f1) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 ul, vde thermal fuse (f1) (optional) alternate seki controls co., ltd. st - 22 250v, 7a en60730 - 1, vde0631 - 1 usr, vde fuse (f2) - littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 ul, vde fuse (f2) - alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 ul, vde thermistor (th1) various various ntc, 5ohm at 25c. - - , - discharging resistors (rp30, rp31) various various 180kohm 1/8w. - - , - discharging resistors (rp111, rp112) various various 510kohm 1/8w - - , - discharging ic (up3) power integrations inc. cap014dg 1uf, 780kohm - - , - varistor (tnr1) optional success electronics co., ltd. svr14d471k (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde varistor (tnr1) optional alternate amotech co., ltd. inr14d471 (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414 , iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets ul1414, iec60384 - 14, en132400 ul, fimko
issue date: 2012 - 09 - 24 page 18 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul iec384 - 14. x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate okaya electric industries co., ltd. le (line to line) 250v, max imum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) carli electronics co., ltd. mpx (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate iskra mis d d knb 15 30 or 1562 or 1563 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate okaya electric industries co., ltd. le 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132 400 ul, fimko x - capacitor (cx2) alternate sun il electronics industry co., ltd. 436d 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko line filter (lf1) bridgepower corp. or wendeng jeil electronics co., ltd. 3025671a core: ferrite 28 by 28 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), - - , -
issue date: 2012 - 09 - 24 page 19 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. line filter (lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 302 5642a core: ferrite 13.7 by 8 mm coils: polyurethane wire, minimum 130c insulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. - - , - pfc coil (lp3) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578a core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), sumitomo bakelite co ltd, type;pm - 9820, v - 0, 150c. - - , - y - capacitors (cy1, cy2) success electronics co., ltd. se or sb 250v, maximum 1000pf. mark ed with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy1, cy2) alternate murata mfg. co., ltd. kx or ky 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacit ors (cy3, cy4) success electronics co., ltd. se or sb 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko
issue date: 2012 - 09 - 24 page 20 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul bridge diode (bd1) various various minimum 600v, maximum 10a. - - , - electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. - - , - fet (qp1) various various minimum 550v, maximum 20a. secured to heat sink (hs1) by screw. - - , - fet (qp3) various various 800v, 11a or 13a secured to heat sink (hs1) by screw. - - , - switching ic (up1) various various maximum 30v, 0.05a. - - , - switching ic (up2) various various maximum 31v, 4.0ma. - - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579001a for 12v, 13v output; part no.: 3025579002a for 15v, 16v output; (objy2), class b insulation system. core: ferrite 40 by 42 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin:sumito mo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or dts - 204k^ ul1446 ul, - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579004a for 24v, output) (objy2) class b insulation system. core: ferrite 40 by 42 mm pri - sec coils: tiw: furukawa electric co., ltd., ul1446 ul, -
issue date: 2012 - 09 - 24 page 21 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul tex - e or tex - elz, 130c bobbin: sumitomo bakelite co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or dts - 204r % or dts - 280* or dts - 204k^ main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579003a for 18v, 19v output) (objy2), class b insulation system. core: ferrite 40 by 42 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin: sumitomo bakeli te co ltd, type;pm - 9820 (qmfz2), v - 0, 150c,insulation tape, duck sung hitech co ltd, cat no. dts - 200* or dts - 204r or dts - 204k^ ul1446 ul, - optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. dti;0.4mm, ext ernal cr,cl minimum 6.3 mm. complied with 2.10.9 ul1577, en60950 ul, bsi no. 7402
issue date: 2012 - 09 - 24 page 22 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul optical isolator (psu1) alternate cosmo electronics corp. kp1010 double protection. isolation 5000vac. dti;0.4mm, external cr,cl minimum 6.5 mm. complied with 2.10.9 ul1577, en60950 ul, semko no. 1016433 optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac. dti;0.4mm, external cr,cl;7.62mm complied with 2.10.9 ul1577, en60950 ul, semko no. 9216212 optical isolator (psu1) alternate kod enshi corp. pc - 17k or pc - 17k1c double protection. isolation 5000vac. dti;0.4mm, external cr,cl minimum 7.0 mm. complied with 2.10.9 ul1577, en60950 ul, semko no. 9805214/01 - 04 zener diode (dp3) various various 18v, 0.5w - - , - insulator sheet (around transformer (t1) primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746c ul, - heat sink (hs1) (primary) various various metal. overall approximately 128.7 by 36 mm, 2 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. - - , - heat sink (hs2) various various metal. overall - - , -
issue date: 2012 - 09 - 24 page 23 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (secondary) approximately 69.3 by 36 mm, 3 mm thick. wound by polyester film tape, (oanz2), m inimum 130c, minimum three turns in primary side. heat sink (hs3) (around bd1)_optional various various metal. overall approximately 40 by 30 mm, 1.5 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum 1 turns in primary side. - - , - silicon pad (above t1) bergquist 900 - s# overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above t1) - alternate jiangsu hongda new material co ltd hd - 87 overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above pfc1) bergquist 900 - s# overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - 0, 150 ul94, ul746c ul, - silicon pad (above pfc1 - alternate jiangsu hongda chemical new material hd - 87 overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - 0, 150 ul94, ul746c ul, - printed wiring board (pwb) various various minimum v - 1, 130c. ul796 ul, - protective bonding various various mechanically clam ped or ul758 ul, -
issue date: 2012 - 09 - 24 page 24 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul conductor secured on pwb from appliance inlet. minimum 18 awg, green - and - yellow insulation. bonding glue various various minimum v - 2, minimum 100c for additional secureness of internal conductor. ul94, ul746c ul, - output cable various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, 18 awg, maximum 3.05 m long. ul758 ul, - nameplate label various various suitable for use on surface of polycarbonate (pc) with max.60c surface temperature. ul969 ul, - supplementary information: 1 ) provided evidence ensures the agreed level of compliance. see od - cb2039.
issue date: 2012 - 09 - 24 page 25 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.10.3 and 2.10.4 table: clearance and creepage distance measurements pass clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) functional: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) basic/supplementary: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) reinforced: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) psu1, primary to secondary 360 176 5.92 6.3 5.92 6.3 psu1, primary to secondary 370 186 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 370 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 370 178 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 370 178 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 370 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 375 183 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 375 183 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 365 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 365 177 5.92 6.3 5.92 6.3 psu pin2 / p su pin3 365 179 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 365 177 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 365 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 365 177 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 365 177 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 365 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin3 365 178 5.92 6.3 5.92 6.3 psu pin1 / psu pin4 365 178 5.92 6.3 5.92 6.3 psu pin2 / psu pin3 365 178 5.92 6.3 5.92 6.3 psu pin2 / psu pin4 365 179 5.92 6.3 5.92 6.3
issue date: 2012 - 09 - 24 page 26 of 26 report reference # e300305 - a33 - cb - 4 correction 1 2012 - 10 - 12 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul supplementary information: 5.2 table: electric strength tests, impulse tests and voltage surge tests pass test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no functional: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no basic/supplementary: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no reinforced: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no optical isolator(after the last period at t1 degreec) ac 4800vac no supplementary information:
1/2 ref. certif. no. dk-28210-ul iec system for mutual recognition of test certificates for electrical equipment (iecee) cb scheme systeme cei d?acceptation mutuelle de certificats d?essais des equipements electriques (iecee) methode oc cb test certificate certificat d?essai oc product produit switching power supply name and address of the applicant nom et adresse du demandeur bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the manufacturer nom et adresse du fabricant bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea name and address of the factory nom et adresse de l?usine note: when more than one factory, please report on page 2 note: lorsque il y plus d'une usin e, veuillez utiliser la 2 me page bridgepower corp 964 gosaek-dong gwonseon-gu suwon-si gyeonggi-do 441-813 korea additional information on page 2 ratings and principal characteristics valeurs nominales et caractristiques principales input rating: 100-240 vac, 50-60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a trademark (if any) marque de fabrique (si elle existe) none type of manufacturer's testing laboratories used type de programme du laboratoire d'essais constructeur tmp model / type ref. ref. de type see page 2 additional information (if necessary may also be reported on page 2) les informations complmentaires (si ncessaire,, peuvent tre indiqus sur la 2 me page additional information on page 2 a sample of the product was tested and found to be in conformity with un chantillon de ce produit a t essay et a t considr conforme la iec 60950-1 (ed.2), iec 60950-1(ed.2);am1 as shown in the test report ref. no. which forms part of this certificate comme indiqu dans le rapport d?essais numro de rfrence qui constitue partie de ce certificat e300305-a33-cb-4 issued on 2012-09-24 this cb test certificate is issued by the national certification body ce certificat d?essai oc est tabli par l?organisme national de certification ul (us), 333 pfingsten rd il 60062, northbrook, usa ul (demko), borupvang 5a dk-2750 ballerup, denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, japan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames date: 2012-09-24 signature: jan-erik storgaard , 7 underwriters road , toronto , m1r 3 b4 o
2/2 ref. certif. no. dk-28210-ul model details: jpw1100**12**f**, jpw1100**13**f**, jpw1100**15**f**, jpw1100**16**f**, jpw1100**18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*13**f**, cenb1100*15**f**, cenb1100*16**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1100**12**f**, jmw1100**13**f**, jmw1100**15**f**, jmw1100**16**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1100**24**f**, menb1100*12**f**, menb1100*13**f**, menb1100*15**f**, menb1100*16**f**, menb1100*18**f**, menb1100*19**f**, and menb1100*24**f** (where * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") factories: wendeng jeil electronics co ltd dong shou guangzhou lu kaifa-qu wendeng-shi shandong china additional information: additionally evaluated to en 60950-1:2006/a11:2009/a1:2010/a12:2011; national differences specified in the cb test report. additional information (if necessary) information complmentaire (si ncessaire) ul (us), 333 pfingsten rd il 60062, northbrook, usa ul ( demko ) , boru p van g 5a dk-2750 balleru p , denmark ul (jp), marunouchi trust tower main building 6f, 1-8-3 marunouchi, chiyoda-ku, tokyo 100-0005, japan ul (ca), 7 underwriters road, toronto, m1r 3b4 ontario, canada for full legal entity names see www.ul.com/ncbnames signature: jan-erik storgaard date: 2012-09-24
issue date: 2012 - 09 - 24 page 1 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul test report issued under the responsibility of: test report iec 60950 - 1 information technology equipment - safety - part 1: general requirements report reference no .................. : e300305 - a33 - cb - 4 date of issue ................................ . : 2012 - 09 - 24 total number of pages .................. : 83 cb testing laboratory ............... : ul korea, ltd. address ................................ ......... : #808, manhatan building, 36 - 2 yeouido - dong, yeongdeungpo - gu, seoul 150 - 749, korea applicant's name ........................ : address ................................ ......... : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea test specification: standard ................................ ........ : iec 60950 - 1:2005 (2nd edition); am 1:2009 test procedure .............................. : cb scheme non - standard test method ............ : n/a test report form no. ................. : iec60950_1b test report form originator .......... : sgs fimko ltd master trf ................................ ... : 2010 - 04 copyright ? 2010 iec system for conformity testing and certification of electrical equipment (iecee), geneva, switzerland. all rights reserved. this publication may be reproduced in whole or in part for non - commercial purposes as long as the iecee is acknowledged a s copyright owner and source of the material. iecee takes no responsibility for and will not assume liability for damages resulting from the reader's interpretation of the reproduced material due to its placement and context. if this test report is used b y non - iecee members, the iecee/iec logo and the reference to the cb scheme procedure shall be removed. this report is not valid as a cb test report unless signed by an approved cb testing laboratory and appended to a cb test certificate issued by an ncb i n accordance with iecee 02.
issue date: 2012 - 09 - 24 page 2 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul test item description .................. : switching power supply trade mark ................................ .... : none manufacturer ................................ . : bridgepower corp 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea model/type reference ................... : jpw1100**12**f**, jpw1100**13**f**, jpw1100**15**f**, jpw1100**16**f**, jpw1100**18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*13**f**, cenb1100*15**f**, cenb1100*16**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1 100**12**f**, jmw1100**13**f**, jmw1100**15**f**, jmw1100**16**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1100**24**f**, menb1100*12**f**, menb1100*13**f**, menb1100*15**f**, menb1100*16**f**, menb1100*18**f**, menb1100*19**f**, and menb1100*24**f** (wher e * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") ratings ................................ .......... : input rating: 100 - 240 vac, 50 - 60 hz, 2.0 a output rating: 12.0 vdc, 7.5 a or 13.0 vdc, 6.92a or 15.0 vdc, 6.4 a or 16.0vdc, 6.0 a or 18.0 vdc, 5.6 a or 19.0 vdc, 5.2a or 24.0 vdc, 4.2 a
issue date: 2012 - 09 - 24 page 3 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul testing procedure and testing location: [ ] cb testing laboratory testing location / address .............. : [ ] associated cb test laboratory testing location / address .............. : tested by (name + signature) ....... : approved by (name + signature) ... : [x] testing procedure: tmp tested by (name + signature) ....... : inyoung hwang approved by (+ signature) ............. : kyungsoo cha testing location / address .............. : bridgepower corp / 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea [ ] testing procedure: wmt tested by (name + signature) ....... : witnessed by (+ signature) ............ : approved by (+ signature) ............. : testing location / address .............. : [ ] testing procedure: smt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : [ ] testing procedure: rmt tested by (name + signature) ....... : approved by (+ signature) ............. : supervised by (+ signature) .......... : testing location / address .............. : list of attachments national differences (41 pages) enclosures (42 pages) summary of testing unless otherwise indicated, all tests were conducted at bridgepower corp / 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea. tests performed (name of test and test clause) testing location / comments end product reference page
issue date: 2012 - 09 - 24 page 4 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul general guidelines power supply reference page humidity (2.9.1, 2.9.2, 5.2.2) semiconductor devices and cemented joints (2.10.11, 2.10.9) heating (4.5.1, 1.4.12, 1.4.13) summary of compliance with national differences: countries outside the cb scheme membership may also accept this report. list of countries addressed: at, be, ca, ch, cn, cz, de, dk, es, eu, fi, fr, gb, gr, hu, ie, il, it, jp, kr, nl, no, pl, pt, se, sg, si, sk, us the product fulfills the requirements of: n/a copy of marking plate - refer to enclosure titled marking plate for copy.
issue date: 2012 - 09 - 24 page 5 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul test item particulars : equipment mobility ................................ ............... : movable connection to the mains ................................ ...... : pluggable a operating condition ................................ .............. : continuous access location ................................ .................... : n/a over voltage category (ovc) .............................. : ovc ii mains supply tolerance (%) or absolute mains supply values ................................ ................................ ... : +10%, - 10% tested for it power systems ............................... : yes(for norway only) it testing, phase - phase voltage (v) ..................... : 230 vac class of equipment ................................ .............. : class i (earthed) considered current rating of protective device as part of the building installation (a) ............................... : 2.0 pollution degree (pd) ................................ ........... : pd 2 ip protection class ................................ ................ : ip x0 altitude of operation (m) ................................ ....... : up to 5000m altitude of test laboratory (m) ............................... : n/a mass of equipment (kg) ................................ ....... : 0.7 possible test case verdicts: - test case does not apply to the test object ........... : n / a - test object does meet the requirement ................. : p(pass) - test object does not meet the requirement ........... : f(fail) testing: date(s) of receipt of test item ............................... : 2012 - 07 - 05 date(s) of performance of tests ........................... : 2012 - 07 - 05 to 2012 - 09 - 07 general remarks: the test results presented in this report relate only to the object tested. this report shall not be reproduced, except in full, without the written approval of the testing laboratory. "(see enclosure #)" refers to additional information appended to the report. "(see appended table)" refers to a table appended to the report. thr oughout this report a point is used as the decimal separator. manufacturer's declaration per sub clause 6.25 of iecee 02: the application f or obtaining a cb test certificate includes more than one factory and a declaration form the manufacturer stating that the sample(s) submitted for evaluation is (are) representative of the products from each factory has been provided ...... when differen ces exist, they shall be identified in the general product information section. yes name and address of factory(ies): bridgepower corp
issue date: 2012 - 09 - 24 page 6 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul 964 gosaek - dong gwonseon - gu suwon - si gyeonggi - do 441 - 813 korea wendeng jeil electronics co ltd dong shou guangzhou lu kaifa - qu wendeng - shi shandong china general product information: report summary all applicable tests according to the referenced standard(s) have been carried out. product description switching power supply (ac/dc adapter), consists of electronic components mounted on pwb, a switching transformer and electronic components mounted on pwb, housed with a plastic enclosure. model differences jpw1100**12**f**, jpw1100**15**f**, jpw1100* *18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*15**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1100**12**f**, jmw1100**15**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1100**24**f**, menb1100*12**f**, menb1100*15* *f**, menb1100*18**f**, menb1100*19**f**, and menb1100*24**f** (where * may be alphanumeric, "for marketing purpose and no impact safety related critical components and constructions") models cenb1100*(b)**(c)**(d)f**(e), menb1100*(b)**(c)**(d)f**(e), and jmw1100*(a)*(b)**(c)**(d)f**(e) are identical to jpw1100*(a)*(b)**(c)**(d)f**(e), except model designations as follows; nomenclature jpw1100*(a)*(b)**(c)**(d)f**(e) or jmw1100*(a)*(b)**(c)**(d)f**(e) or cenb1100*(b)**(c)**(d)f**(e) o r menb1100*(b)**(c)**(d)f**(e) (a) means custom options, may be k or c; (b) means design revision changes, may be a to z; (c) means output voltages, may be 12, 13, 15, 16, 18,19 or 24; (d) means standards output cord options, may be 00 to 99; (e) means cus tom options, may be 00 to 99 or aa to zz. the marked models as 12, 13, 15, 16, 18, 19 and 24 on (c) nomenclature are identical individually, except model designations, output ratings, transformers and secondary circuits. the models jpw1100**13**f**, jpw 1100**16**f**, cenb1100*13**f**,cenb1100*16**f**, jmw1100**13**f**, jmw1100**16**f**, menb1100*13**f**, and menb1100*16**f** are identical to model jpw1100**12**f** except for model designation, output ratings, transformers and secondary circuits. the mo del jpw1100**19**f**, cenb1100*19**f**, jmw1100**19**f**, menb1100*19**f** are identical to jpw1100**12**f** except for model designation, output ratings, transformers and secondary circuits.
issue date: 2012 - 09 - 24 page 7 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul additional information maximum normal load condition: rated output currents jpw1100ka1200f01: 12.0 vdc, 7.5 a; jpw1100ka1500f01: 15.0 vdc, 6.4 a; jpw1100ka1800f01: 18.0 vdc, 5.6 a; jpw1100ka2400f01: 24.0 vdc, 4.2 a. this equipment is not provided with user's manual. procedure deviation: argentina*, australia / new zealand, austria**, belgium**, china, czech republic**, denmark, finland, france**, germany, greece**, group, hungary*, india*, ireland*, israel*, italy*, japan*, kenya*, korea, malaysia*, netherlands**, norway, pol and*, portugal*, singapore*, slovakia**, slovenia*, spain*, sweden, switzerland**, and united kingdom. * - no national differences declared, ** - only group differences. before placing the products in the different countries, the manufacturer has to guar antee that: 1. operating instructions and warnings are written in an accepted language of the certain country. 2. the equipment is in compliance with the national standards of the certain country. e300305 - a33 - cb - 3, reissue - added thermal fuse (seki controls co., ltd., type st - 22) in critical component list. e300305 - a33 - cb - 4, reissue - upgrade report from iec 60950 - 1 2nd edition to iec 60950 - 1 2nd edition, amendment1 - altitude of operation is up to 2000m to up to 5000m ref er to iec 60664 - 1 table a.2 - humidity test was conducted at 40 degreec, 95% , 120hours for china deviation. - national difference for china is revised. - tma is changed from 30 degreec to 35 degreec technical considerations ? permitted by the manufacturers specification of: 35 ? ? ? ?
issue date: 2012 - 09 - 24 page 8 of 83 report reference # e300305 - a33 - cb - 4 trf no. : iec60950_1b this report issued under the responsibility of ul abbreviations used in the report: - normal condition ................................ ............ : n.c. - single fault condition ................................ ....... : s.f.c - operational insulation ................................ ..... : op - basic insulation ................................ .............. : bi - basic insulation between parts of opposite polarity: bop - supplementary insulation ............................... : si - double insulation ................................ ............ : di - reinforced insulation ................................ ...... : ri indicate used abbreviations (if any)
issue date: 2012 - 09 - 24 page 9 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1 general pass 1.5 components pass 1.5.1 general pass comply with iec 60950 - 1 or relevant component standard pass 1.5.2 evaluation and testing of components components certified to iec harmonized standard and checked for correct application. components, for which no relevant iec - standard exist, have been tested under the conditions occurring in the equipment, using applicable parts of iec 60950 - 1. components n ot certified are used in accordance with their ratings and they comply with applicable parts of iec 60950 - 1 and the relevant component standard. pass 1.5.3 thermal controls n/a 1.5.4 transformers (see annex c) pass 1.5.5 interconnecting cables interconnecting cables comply with the relevant requirements of this standard. pass 1.5.6 capacitors bridging insulation between lines; x1 or x2 capacitor according to iec 60384 - 14;1993. between primary - to - secondary capacitors: y1 capacitor; primary - to - ea rth capacitors: y1 or y2 according to iec 60384 - 14:1993. pass 1.5.7 resistors bridging insulation pass 1.5.7.1 resistors bridging functional, basic or supplementary insulation pass 1.5.7.2 resistors bridging double or reinforced insulation between a.c. mains and other circuits n/a 1.5.7.3 resistors bridging double or reinforced insulation between a.c. mains and antenna or coaxial cable n/a 1.5.8 co mponents in equipment for it power systems n/a
issue date: 2012 - 09 - 24 page 10 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.9 surge suppressors pass 1.5.9.1 general pass 1.5.9.2 protection of vdrs iec 61051 and ul 1449 certified vdr used(see appended table 1.5.1) pass 1.5.9.3 bridging of functional insulation by a vdr iec 61051 and ul 1449 certified vdr used(see appended table 1.5.1) pass 1.5.9.4 bridging of basic insulation by a vdr n/a 1.5.9.5 bridging of supplementary, double or reinforced insulation by a vdr n/a 1.6 power interface pass 1.6.1 ac power distribution systems ac power distribution systems are classified as tn. in norway, it systems apply. pass 1.6.2 input current (see appended table 1.6.2) pass 1.6.3 voltage limit of hand - held equipment n/a 1.6.4 neutral conductor neutral is insulated from earth with basic insulation for class i equipment. pass
issue date: 2012 - 09 - 24 page 11 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.7 marking and instructions pass 1.7.1 power rating and identification markings pass 1.7.1.1 power rating mark pass multiple mains supply connections ........................ : n/a rated voltage(s) or voltage range(s) (v) ............... : 100 - 240 vac pass symbol for nature of supply, for d.c. only .............. : n/a rated frequency or rated frequency range (hz) .... : 50 - 60 hz pass rated current (ma or a) ................................ ........ : 2.0 a pass 1.7.1.2 identification markings pass manufacturer's name or trademark or identification mark ................................ ................................ ....... : bridgepower corp pass model identification or type reference ................... : jpw1100**12**f**, jpw1100**13**f**, jpw1100**15**f**, jpw1100**16**f**, jpw1100**18**f**, jpw1100**19**f**, jpw1100**24**f**, cenb1100*12**f**, cenb1100*13**f**, cenb1100*15**f**, cenb1100*16**f**, cenb1100*18**f**, cenb1100*19**f**, cenb1100*24**f**, jmw1 100**12**f**, jmw1100**13**f**, jmw1100**15**f**, jmw1100**16**f**, jmw1100**18**f**, jmw1100**19**f**, jmw1100**24**f**, menb1100*12**f**, menb1100*13**f**, menb1100*15**f**, menb1100*16**f**, menb1100*18**f**, menb1100*19**f**, menb1100*24**f** pass sy mbol for class ii equipment only ....................... : n/a other markings and symbols ................................ . : additional symbols or marking does not give rise to misunderstanding. pass
issue date: 2012 - 09 - 24 page 12 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.7.2 safety instructions and marking pass 1.7.2.1 general pass 1.7.2.2 disconnect devices pass 1.7.2.3 overcurrent protective device pass 1.7.2.4 it power distribution systems for norway only pass 1.7.2.5 operator access with a tool n/a 1.7.2.6 ozone n/a 1.7.3 short duty cycles equipment is designed for continuous operation. n/a 1.7.4 supply voltage adjustment ................................ .... : equipment is auto - ranging. n/a method and means of adjustment; reference to installation instructions ................................ .......... : n/a 1.7.5 power outlets on the equipment ............................ : no standard power outlets are provided. n/a 1.7.6 fuse identification (marking, special fusing characteristics, cross - reference) ........................... : fuses, f1(optional), f2 provided with an unambiguous cross - reference pass 1.7.7 wiring terminals pass 1.7.7.1 protective earthing and bonding terminals ............ : the earth terminal is marked with the standard earth symbol (60417 - 2 - iec - 5019) near the terminal for class i equipment. pass 1.7.7.2 terminals for a.c. mains supply conductors the equipment with appliance inlet, which is intended to use the detachable typ e power supply cord. n/a 1.7.7.3 terminals for d.c. mains supply conductors n/a 1.7.8 controls and indicators n/a 1.7.8.1 identification, location and marking ....................... : n/a 1.7.8.2 colours ................................ ................................ .. : n/a 1.7.8.3 symbols according to iec 60417 .......................... : n/a 1.7.8.4 markings using figures ................................ ........... : n/a 1.7.9 isolation of multiple power sources ....................... : n/a 1.7.10 thermostats and other regulating devices ............ : - pass 1.7.11 durability all markings provided suitable for surface they are applied upon. pass 1.7.12 removable parts no removable part. n/a
issue date: 2012 - 09 - 24 page 13 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.7.13 replaceable batteries ................................ ............ : no batteries provided. n/a language(s) ................................ .......................... : - 1.7.14 equipment for restricted access locations ............. : the equipment is not intended for installation in a restricted access area. n/a
issue date: 2012 - 09 - 24 page 14 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2 protection from hazards pass 2.1 protection from electric shock and energy hazards pass 2.1.1 protection in operator access areas pass 2.1.1.1 access to energized parts pass test by inspection ................................ .................. : no access with tes t finger and test pin to any parts with only basic insulation to elv or hazardous voltage. any hazardous parts accessible are unlikely. pass test with test finger (figure 2a) ............................ : the test finger was unable to contact bare hazardous parts, basic insulatio n, or elv circuits. pass test with test pin (figure 2b) ................................ . : the test pin was unable to contact bare hazardous parts. pass test with test probe (figure 2c) ............................ : no tnv present. n/a 2.1.1.2 battery compartments n/a 2.1.1.3 access to elv wiring n/a working voltage (vpeak or vrms); minimum distance through insulation (mm) .......................... : - 2.1.1.4 access to hazardous voltage circuit wiring n/a 2.1.1.5 energy hazards ................................ ..................... : no energy hazard in operator area. pass 2.1.1.6 manual controls n/a 2.1.1.7 discharge of capacitors in equipment pass measured voltage (v); time - constant (s) ............... : rc: less than 1; vo 384 vpk, 37 % vo 140 vpk, vtc 48 vpk after 1 sec. <11ca15702> rc: less than 1; vo 375 vpk, 37 % vo 138.75 vpk, vtc 32 vpk after 1 sec. rc: less than 1; vo 375 vpk, 37 % vo 138.75 vpk, vtc 32 vpk after 1 sec. - 2.1.1.8 energy hazards - d.c. mains supply n/a
issue date: 2012 - 09 - 24 page 15 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul a) capacitor connected to the d.c. mains supply .. : n/a b) internal battery connected to the mains supply : n/a 2.1.1.9 audio amplifiers ................................ ..................... : n/a 2.1.2 protection in service access areas n/a 2.1.3 protection in restricted access locations n/a 2.2 selv circuits pass 2.2.1 general requirements pass 2.2.2 voltages under normal conditions (v) ................... : all accessible voltages are less than 42.4 vpk or 60 v dc and are classified as selv. pass 2.2.3 voltages under fault conditions (v) ....................... : under fault conditions voltages never exceed 71v peak and 120vdc and do not exceed 42.4v peak or 60v dc for more than 0.2 sec.(see appended table 5.3) pass 2.2.4 connection of selv circuits to other circuits ........ : selv circuits are only connected to other se condary circuits. selv circuit and all interconnected circuits separated from primary by reinforced insulation. the selv circuit does not exceed the selv limits under normal and fault conditions. pass
issue date: 2012 - 09 - 24 page 16 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.3 tnv circuits n/a 2.3.1 limits n/a type of tnv circuits ................................ .............. : - - 2.3.2 separation from other circuits and from accessible parts n/a 2.3.2.1 general requirements n/a 2.3.2.2 protection by basic insulation n/a 2.3.2.3 protection by earthing n/a 2.3.2.4 protection by other constructions .......................... : n/a 2.3.3 separation from hazardous voltages n/a insulation employed ................................ ............... : - - 2.3.4 connection of tnv circuits to other circuits n/a insulation employed ................................ ............... : - - 2.3.5 test for operating voltages generated externally n/a 2.4 limited current circuits pass 2.4.1 general requirements annex d meter method pass 2.4.2 limit values 0.5 marms (0.7 ma pk) pass frequency (hz) ................................ ...................... : - - measured current (ma) ................................ .......... : 0.01 marms(normal); 0.02 marms(cy3 short) - measured voltage (v) ................................ ............ : less than 450 vpk - measured circuit capacitance (nf or uf) ............... : less than 0.1 uf - 2.4.3 connection of limited current circuits to other circuits the limited curr ent circuit connected to other circuits complies with the requirements of sub - clause 2.4.1. limited current circuit meets the limits of 2.4.2 under normal conditions and under single component or insulation faults in interconnected circuits. pass
issue date: 2012 - 09 - 24 page 17 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.5 lim ited power sources n/a a) inherently limited output n/a b) impedance limited output n/a c) regulating network limited output under normal operating and single fault condition n/a d) overcurrent protective device limited output n/a max. output voltage (v), max. output current (a), max. apparent power (va) ................................ ..... : - current rating of overcurrent protective device (a) : - use of integrated circuit (ic) current limiters ......... : -
issue date: 2012 - 09 - 24 page 18 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.6 provisions for earthing and bonding pass 2.6.1 protective earthing pass 2.6.2 functional earthing n/a 2.6.3 protective earthing and protective bonding conductors pass 2.6.3.1 general pass 2.6.3.2 size of protective earthing conductors appliance inlet used. pass rated current (a), cross - sectional area (mm2), awg ................................ ................................ ...... : 2.0 a, 0.75 mm2, 18 awg - 2.6.3.3 size of protective bonding conductors n/a rated current (a), cross - sectional area (mm2), awg ................................ ................................ ...... : - protective current rating (a), cross - sectional area (mm2), awg ................................ ........................... : - 2.6.3.4 resistance of earthing conductors and their terminations; resistance (ohm), voltage drop (v), test current (a), duration (min) .............................. : 0.062 ohm, 2.46 vdrop (appliance gnd pin to secondary output cable metal part), 40 a, 2 minute. pass 2.6.3.5 colour of insulation ................................ ................ : protective bonding conductor is green with yellow stripe. pass 2.6.4 terminals pass 2.6.4.1 general pass 2.6.4.2 protective earthing and bonding terminals terminals resist accidental loosening of the conductor. pass rated current (a), type, nominal thread diameter (mm) ................................ ................................ ...... : appliance inlet used. - 2.6.4.3 separation of the protective earthing conductor from protective bonding conductors unit employs an appliance inlet. n/a 2.6.5 integrity of protective earthing pass 2.6.5.1 interconnection of equipment n/a 2.6.5.2 components in protective earthing conductors and protective bonding conductors no switches or fuses in earthing conductors. n/a 2.6.5.3 disconnection of protective earth disconnection of the protective earth at one assembly removes connection of hazardous voltages from the other assemblies at the same time for class i equipment) pass
issue date: 2012 - 09 - 24 page 19 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.6.5.4 parts that can be removed by an operator it is not possible to disconnect earth w ithout disconnecting mains. pass 2.6.5.5 parts removed during servicing connections to protective earthing cannot be removed unless hazardous voltage is removed from the part simultaneously. pass 2.6.5.6 corrosion resistance pass 2.6.5.7 screws for protective bonding n/a 2.6.5.8 reliance on telecommunication network or cable distribution system n/a 2.7 overcurrent and earth fault protection in primary circuits pass 2.7.1 basic requirements pass instructions when protection relies on building installation n/a 2.7.2 faults not covered in 5.3.7 n/a 2.7.3 short - circuit backup protection pass 2.7.4 number and location of protective devices ........... : one protective device in the "live" phase(f2) , neutral phase fuse f1is optional. pass 2.7.5 protection by several devices n/a 2.7.6 warning to service personnel ................................ : not for servicing n/a
issue date: 2012 - 09 - 24 page 20 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.8 safety interlocks n/a 2.8.1 general principles n/a 2.8.2 protection requirements n/a 2.8.3 inadvertent reactivation n/a 2.8.4 fail - safe operation n/a protection against extreme hazard n/a 2.8.5 moving parts n/a 2.8.6 overriding n/a 2.8.7 switches, relays and their related circuits n/a 2.8.7.1 separation distances for contact gaps and their related circuits (mm) ................................ .............. : n/a 2.8.7.2 overload test n/a 2.8.7.3 endurance test n/a 2.8.7.4 electric strength test n/a 2.8.8 mechanical actuators n/a 2.9 electrical insulation pass 2.9.1 properties of insulating materials natural rubber, asbestos or hygroscopic material is not used. pass 2.9.2 humidity conditioning pass relative humidity (%), temperature (c) ................ : 95%, 40degreec , 120hours - 2.9.3 grade of insulation insulation materials comply with sub - clauses 2.10, 4.5.1 and 5.2. pass 2.9.4 separation from hazardous voltages n/a method(s) used ................................ ...................... : -
issue date: 2012 - 09 - 24 page 21 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.10 clearances, creepage distances and distances through insulation pass 2.10.1 general pass 2.10.1.1 frequency ................................ .............................. : less than 30khz pass 2.10.1.2 pollution degrees ................................ ................... : 2 pass 2.10.1.3 reduced values for functional insulation see 5.3.4 pass 2.10.1.4 intervening unconnected conductive parts n/a 2.10.1.5 insulation with varying dimensions n/a 2.10.1.6 special separation requirements n/a 2.10.1.7 insulation in circuits generating starting pulses n/a 2.10.2 determination of working voltage unit was connected to a 240v tn power system. pass 2.10.2.1 general pass 2.10.2.2 rms working voltage pass 2.10.2.3 peak working voltage pass 2.10.3 clearances pass 2.10.3.1 general pass 2.10.3.2 mains transient voltages overvoltage category ii; mains transient voltage is 2500vpk pass a) ac mains supply ................................ ............... : less than 300vrms pass b) earthed d.c. mains supplies .............................. : n/a c) unearthed d.c. mains supplies .......................... : n/a d) battery operation ................................ ............... : n/a 2.10.3.3 clearances in primary circuits (see appended table 2.10.3 and 2.10.4) pass 2.10.3.4 clearances in secondary circuits functional insulation only.(see sub - clause 5.3.4) pass 2.10.3.5 clearances in circuits having starting pulses n/a 2.10.3.6 transients from a.c. mains supply ......................... : see clause 2.10.3.2 pass 2.10.3.7 transients from d.c. mains supply ......................... : n/a 2.10.3.8 transients from telecommunication networks and cable distribution systems ................................ ..... : n/a 2.10.3.9 measurement of transient voltage levels n/a a) transients from a mains supply n/a for an a.c. mains supply ................................ ....... : n/a for a d.c. mains supply ................................ ......... : n/a
issue date: 2012 - 09 - 24 page 22 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul b) transients from a telecommunication network n/a 2.10.4 creepage distances (see appended table 2.10.3 and 2.10.4) pass 2.10.4.1 general pass 2.10.4.2 material group and comparative tracking index pass cti tests ................................ ................................ : material group iiib; 100 <=cti <175. - 2.10.4.3 minimum creepage distances pass 2.10.5 solid insulation solid or laminated insulating materials having adequate thickness are provided and approved optical isolator provided. pass 2.10.5.1 general pass 2.10.5.2 distances through insulation (see appended table 2.10.5) pass 2.10.5.3 insulating compound as solid insulation certified optical isolator used(see appended table 1.5.1) pass 2.10.5.4 semiconductor devices optical isolator complied with a) pass 2.10.5.5 cemented joints certified optical isolator used(see appended table 1.5.1) pass 2.10.5.6 thin sheet material - general two layers used, each of which complies with the required electric strength test. pass 2.10.5.7 separable thin sheet material pass number of layers (pcs) ................................ .......... : 2 layers - 2.10.5.8 non - separable thin sheet material n/a 2.10.5.9 thin sheet material - standard test procedure n/a electric strength test ................................ .............. : - 2.10.5.10 thin sheet material - alternative test procedure pass electric strength test ................................ .............. : 2 layers - 2.10.5.11 insulation in wound components pass 2.10.5.12 wire in wound components the employed ul recognized wiring meets the requirements of 2.10.5.4 and annex u. pass working voltage ................................ ..................... : certified triple insulated wire used secondary of transformer pass
issue date: 2012 - 09 - 24 page 23 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul a) basic insulation not under stress ...................... : n/a b) basic, supplementary, reinforced insulation ...... : supplementary or reinforced pass c) compliance with annex u ................................ . : - pass two wires in contact inside wound component; angle between 45 and 90 ................................ ... : physical separation in the form of insulating sheet material to relieve mechanical stress at the crossover point. pass 2.10.5.13 wire with solvent - based enamel in wound components n/a electric strength test ................................ .............. : - routine test n/a 2.10.5.14 additional insulation in wound components n/a working voltage ................................ ..................... : n/a - basic insulation not under stress ........................ : n/a - supplementary, reinforced insulation .................. : n/a 2.10.6 construction of printed boards pass 2.10.6.1 uncoated printed boards pass 2.10.6.2 coated printed boards n/a 2.10.6.3 insulation between conductors on the same inner surface of a printed board n/a 2.10.6.4 insulation between conductors on different layers of a printed board n/a distance through insulation pass number of insulation layers (pcs) .......................... : n/a 2.10.7 component external terminations n/a 2.10.8 tests on coated printed boards and coated components n/a 2.10.8.1 sample preparation and preliminary inspection n/a 2.10.8.2 thermal conditioning n/a 2.10.8.3 electric strength test n/a 2.10.8.4 abrasion resistance test n/a 2.10.9 thermal cycling test for optical isolator ; t1 ; 109degreec(t1 was depenced on the measured t2), period ; 32 days pass 2.10.10 test for pollution degree 1 environment and insulating compound pass
issue date: 2012 - 09 - 24 page 24 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.10.11 tests for semiconductor devices and cemented joints test voltage for optical isolator ; 4800vrms(3000 vrms * 1.6) after the last period t1 degreec and after the 5 days humidity conditioning of 2.9.2 pass 2.10.12 enclosed and sealed parts n/a 3 wiring, connections and supply pass 3.1 general pass 3.1.1 current rating and overcurrent protection n/a 3.1.2 protection against mechanical damage wires do not touch sharp edges and heatsink which could damage the insulation and cause hazard. pass 3.1.3 securing of internal wiring pass 3.1.4 insulation of conductors the insulation of the individual conductors are suitable for the application and the working voltage. pass 3.1.5 beads and ceramic insulators n/a 3.1.6 screws for electrical contact pressure n/a 3.1.7 insu lating materials in electrical connections n/a 3.1.8 self - tapping and spaced thread screws n/a 3.1.9 termination of conductors all conductors are reliably secured. pass 10 n pull test pass 3.1.10 sleeving on wiring pass
issue date: 2012 - 09 - 24 page 25 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 3.2 connection to mains supply pass 3.2.1 means of connection the unit is provided with an appliance inlet. pass 3.2.1.1 connection to an a.c. mains supply pass 3.2.1.2 connection to a d.c. mains supply n/a 3.2.2 multiple supply connections n/a 3.2.3 permanently connected equipment n/a number of conductors, diameter of cable and conduits (mm) ................................ ........................ : - 3.2.4 appliance inlets the appliance inlet complies with iec 60320 and ul498. pass 3.2.5 power supply cords n/a 3.2.5.1 ac power supply cords n/a type ................................ ................................ ....... : - rated current (a), cross - sectional area (mm2), awg ................................ ................................ ...... : - 3.2.5.2 dc power supply cords n/a 3.2.6 cord anchorages and strain relief n/a mass of equipment (kg), pull (n) ........................... : - longitudinal displacement (mm) ........................... : - 3.2.7 protection against mechanical damage n/a 3.2.8 cord guards n/a diameter of minor dimension d (mm); test mass (g) ................................ ................................ ............... : - radius of curvature of cord (mm) .......................... : - 3.2.9 supply wiring space n/a
issue date: 2012 - 09 - 24 page 26 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 3.3 wiring terminals for connection of external conductors n/a 3.3.1 wiring terminals n/a 3.3.2 connection of non - detachable power supply cords n/a 3.3.3 screw terminals n/a 3.3.4 conductor sizes to be connected n/a rated current (a), cord/cable type, cross - sectional area (mm2) ................................ ............................. : - 3.3.5 wiring terminal sizes n/a rated current (a), type and nominal thread diameter (mm) ................................ ....................... : - 3.3.6 wiring terminals design n/a 3.3.7 grouping of wiring terminals n/a 3.3.8 stranded wire n/a 3.4 disconnection from the mains supply pass 3.4.1 general requirement pass 3.4.2 disconnect devices the equipment is provided with an appliance coupler. pass 3.4.3 permanently connected equipment n/a 3.4.4 parts which remain energized no parts remain energized when the disconnect device is removed. pass 3.4.5 switches in flexible cords n/a 3.4.6 number of poles - single - phase and d.c. equipment disconnect device disconnects all poles simultaneously. pass 3.4.7 number of poles - three - phase equipment n/a 3.4.8 switches as disconnect devices n/a 3.4.9 plugs as disconnect devices n/a 3.4.10 interconnected equipment n/a 3.4.11 multiple power sources n/a
issue date: 2012 - 09 - 24 page 27 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 3.5 interconnection of equipment pass 3.5.1 general requirements pass 3.5.2 types of interconnection circuits ........................... : interconnection circuits are selv circuits. pass 3.5.3 elv circuits as interconnection circuits n/a 3.5.4 data ports for additional equipment n/a 4 physical requirements pass 4.1 stability n/a angle of 10 n/a test force (n) ................................ ......................... : n/a 4.2 mechanical strength pass 4.2.1 general pass rack - mounted equipment n/a 4.2.2 steady force test, 10 n pass 4.2.3 steady force test, 30 n n/a 4.2.4 steady force test, 250 n pass 4.2.5 impact test pass fall test pass swing test n/a 4.2.6 drop test; height (mm) ................................ ........... : n/a 4.2.7 stress relief test no indication of shrinkage or distortion on enclosures due to the stress relief test 90 degree c/7 h. pass 4.2.8 cathode ray tubes n/a picture tube separately certified ............................ : n/a 4.2.9 high pressure lamps n/a 4.2.10 wall or ceiling mounted equipment; force (n) ....... : n/a 4.2.11 rotating solid media n/a test to cover on the door ................................ ....... : n/a
issue date: 2012 - 09 - 24 page 28 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 4.3 design and construction pass 4.3.1 edges and corners pass 4.3.2 handles and manual controls; force (n) ................ : n/a 4.3.3 adjustable controls n/a 4.3.4 securing of parts no loosening of parts impairing creepage distances or clearances over supplementary or reinforced insulation is likely to occur. pass 4.3.5 connection by plugs and sockets the equipment does not have any interchangeable plugs/sockets. n/a 4.3.6 direct plug - in equipment n/a torque ................................ ................................ ... : n/a compliance with the relevant mains plug standard : n/a 4.3.7 heating elements in earthed equipment n/a 4.3.8 batteries n/a - overcharging of a rechargeable battery n/a - unintentional charging of a non - rechargeable battery n/a - reverse charging of a rechargeable battery n/a - excessive discharging rate for any battery n/a 4.3.9 oil and grease n/a 4.3.10 dust, powders, liquids and gases n/a 4.3.11 containers for liquids or gases n/a 4.3.12 flammable liquids ................................ .................. : n/a quantity of liquid (l) ................................ ................ : n/a flash point (c) ................................ ...................... : n/a 4.3.13 radiation n/a 4.3.13.1 general n/a 4.3.13.2 ionizing radiation n/a measured radiation (pa/kg) ................................ ... : - measured high - voltage (kv) ................................ .. : - measured focus voltage (kv) ................................ . : - crt markings ................................ ........................ : - 4.3.13.3 effect of ultraviolet (uv) radiation on materials n/a
issue date: 2012 - 09 - 24 page 29 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul part, property, retention after test, flammability classification ................................ .......................... : n/a 4.3.13.4 human exposure to ultraviolet (uv) radiation ....... : n/a 4.3.13.5 lasers (including laser diodes) and leds n/a 4.3.13.5.1 lasers (including laser diodes) n/a laser class ................................ ............................ : - 4.3.13.5.2 light emitting diodes (leds) n/a 4.3.13.6 other types ................................ ............................ : n/a 4.4 protection against hazardous moving parts n/a 4.4.1 general n/a 4.4.2 protection in operator access areas ...................... : n/a household and home/office document/media shredders n/a 4.4.3 protection in restricted access locations ............... : n/a 4.4.4 protection in service access areas n/a 4.4.5 protection against moving fan blades n/a 4.4.5.1 general n/a not considered to cause pain or injury. a) ............. : n/a is considered to cause pain, not injury. b) ............. : n/a considered to cause injury. c) ............................... : n/a 4.4.5.2 protection for users n/a use of symbol or warning ................................ ...... : n/a 4.4.5.3 protection for service persons n/a use of symbol or warning ................................ ...... : n/a 4.5 thermal requirements pass 4.5.1 general pass 4.5.2 temperature tests (see appended table 4.5) pass normal load condition per annex l ....................... : rated output current - 4.5.3 temperature limits for materials pass 4.5.4 touch temperature limits pass 4.5.5 resistance to abnormal heat ................................ . : n/a
issue date: 2012 - 09 - 24 page 30 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 4.6 openings in enclosures pass 4.6.1 top and side openings pass dimensions (mm) ................................ .................. : no openings - 4.6.2 bottoms of fire enclosures pass construction of the bottom, dimensions (mm) ....... : no openings. - 4.6.3 doors or covers in fire enclosures n/a 4.6.4 openings in transportable equipment n/a 4.6.4.1 constructional design measures n/a dimensions (mm) ................................ .................. : - 4.6.4.2 evaluation measures for larger openings n/a 4.6.4.3 use of metallized parts n/a 4.6.5 adhesives for constructional purposes n/a conditioning temperature ( c), time (weeks) ........ : - 4.7 resistance to fire pass 4.7.1 reducing the risk of ignition and spread of flame method 1 used. pass method 1, selection and application of components wiring and materials (see appended table 4.7) pass method 2, application of all of simulated fault condition tests n/a 4.7.2 conditions for a fire enclosure pass 4.7.2.1 parts requiring a fire enclosure pass 4.7.2.2 parts not requiring a fire enclosure n/a 4.7.3 materials pass 4.7.3.1 general pass 4.7.3.2 materials for fire enclosures equipment is movable with mass less than 18 kg. fire enclosure material is v - 1 minimum. pass 4.7.3.3 materials for components and other parts outside fire enclosures fire enclosure covers all parts. n/a 4.7.3.4 materials for components and other parts inside fire enclosures materials are minimum v - 2 pass 4.7.3.5 materials for air filter assemblies n/a 4.7.3.6 materials used in high - voltage components n/a
issue date: 2012 - 09 - 24 page 31 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 5 elec trical requirements and simulated abnormal conditions pass 5.1 touch current and protective conductor current pass 5.1.1 general measured between mains and output connector pass 5.1.2 configuration of equipment under test (eut) eut has only one mains connection. pass 5.1.2.1 single connection to an a.c. mains supply pass 5.1.2.2 redundant multiple connections to an a.c. mains supply n/a 5.1.2.3 simultaneous multiple connections to an a.c. mains supply n/a 5.1.3 test circuit pass 5.1.4 application of measuring instrument tested using d.1 measuring instrument. pass 5.1.5 test procedure pass 5.1.6 test measurements pass supply voltage (v) ................................ ................. : 264 v, 60 hz - measured touch current (ma) ................................ : 0.230 mar.m.s. at secondary gnd, 0.085 mar.m.s. at secondary circuit without gnd - max. allowed touch current (ma) ........................... : 3.5 mar.m.s. at secondary gnd, 0.25 mar.m.s. at secondary circuit without gnd - measured protective conductor current (ma) ........ : . - max. allowed protective conductor current (ma) ... : . - 5.1.7 equipment with touch current exceeding 3,5 ma n/a 5.1.7.1 general ................................ ................................ .. : n/a 5.1.7.2 simultaneous multiple connections to the supply n/a 5.1.8 touch currents to telecommunication networks and cable distribution systems and from telecommunication networks n/a 5.1.8.1 limitation of the touch current to a telecommunication network or to a cable distribution system n/a supply voltage (v) ................................ ................. : - measured touch current (ma) ................................ : -
issue date: 2012 - 09 - 24 page 32 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul max. allowed touch current (ma) ........................... : - 5.1.8.2 summation of touch currents from telecommunication networks n/a a) eut with earthed telecommunication ports ...... : n/a b) eut whose telecommunication ports have no reference to protective earth n/a 5.2 electric strength pass 5.2.1 general (see appended table 5.2) pass 5.2.2 test procedure pass 5.3 abnormal operating and fault conditions pass 5.3.1 protection against overload and abnormal operation pass 5.3.2 motors n/a 5.3.3 transformers (see appended annex c) pass 5.3.4 functional insulation ................................ .............. : functional insulation complies with the requirements (a), (b), or (c). pass 5.3.5 electromechanical components n/a 5.3.6 audio amplifiers in ite ................................ ........... : n/a 5.3.7 simulation of faults pass 5.3.8 unattended equipment n/a 5.3.9 compliance criteria for abnormal operating and fault conditions no fire, emission of molten metal or deformation was noted during the tests. electric strength tests performed after abnormal and fault tests. pass 5.3.9.1 during the tests pass 5.3.9.2 after the tests pass
issue date: 2012 - 09 - 24 page 33 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 6 connection to telecommunication networks n/a 6.1 protection of telecommunication network service persons, and users of other equipment connected to the network, from hazards in the equipment n/a 6.1.1 protection from hazardous voltages n/a 6.1.2 separation of the telecommunication network from earth n/a 6.1.2.1 requirements n/a supply voltage (v) ................................ ................. : - current in the test circuit (ma) ............................... : - 6.1.2.2 exclusions ................................ .............................. : n/a 6.2 protection of equipment users from overvoltages on telecommunication networks n/a 6.2.1 separation requirements n/a 6.2.2 electric strength test procedure n/a 6.2.2.1 impulse test n/a 6.2.2.2 steady - state test n/a 6.2.2.3 compliance criteria n/a 6.3 protection of the telecommunication wiring system from overheating n/a max. output current (a) ................................ .......... : - current limiting method ................................ ......... : -
issue date: 2012 - 09 - 24 page 34 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 7 connection to cable distribution systems n/a 7.1 general n/a 7.2 protection of cable distribution system service persons, and users of other equipment connected to the system, from hazardous voltages in the equipment n/a 7.3 protection of equipment users from overvoltages on the cable distribution system n/a 7.4 insulation between primary circuits and cable distribution systems n/a 7.4.1 general n/a 7.4.2 voltage surge test n/a 7.4.3 impulse test n/a
issue date: 2012 - 09 - 24 page 35 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul a annex a, tests for resistance to heat and fire n/a a.1 flammability test for fire enclosures of movable equipment having a total mass exceeding 18 kg, and of stationary equipment (see 4.7.3.2) n/a a.1.1 samples ................................ ................................ . : - wall thickness (mm) ................................ .............. : - a.1.2 conditioning of samples; temperature (c) ........... : n/a a.1.3 mounting of samples ................................ ............. : n/a a.1.4 test flame (see iec 60695 - 11 - 3) n/a flame a, b, c or d ................................ ................ : n/a a.1.5 test procedure n/a a.1.6 compliance criteria n/a sample 1 burning time (s) ................................ ..... : - sample 2 burning time (s) ................................ ..... : - sample 3 burning time (s) ................................ ..... : - a.2 flammability test for fire enclosures of movable equipment having a total mass not exceeding 18 kg, and for material and components located inside fire enclosures (see 4.7.3.2 and 4.7.3.4) n/a a.2.1 samples, material ................................ .................. : - wall thickness (mm) ................................ .............. : - a.2.2 conditioning of samples; temperature (c) ........... : n/a a.2.3 mounting of samples ................................ ............. : n/a a.2.4 test flame (see iec 60695 - 11 - 4) n/a flame a, b or c ................................ ..................... : - a.2.5 test procedure n/a a.2.6 compliance criteria n/a sample 1 burning time (s) ................................ ..... : - sample 2 burning time (s) ................................ ..... : - sample 3 burning time (s) ................................ ..... : - a.2.7 alternative test acc. to iec 60695 - 11 - 5, cl. 5 and 9 n/a sample 1 burning time (s) ................................ ..... : - sample 2 burning time (s) ................................ ..... : - sample 3 burning time (s) ................................ ..... : - a.3 hot flaming oil test (see 4.6.2) n/a a.3.1 mounting of samples n/a a.3.2 test procedure n/a
issue date: 2012 - 09 - 24 page 36 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul a.3.3 compliance criterion n/a b annex b, motor tests under abnormal conditions (see 4.7.2.2 and 5.3.2) n/a b.1 general requirements n/a position ................................ ................................ .. : - manufacturer ................................ ......................... : - type ................................ ................................ ....... : - rated values ................................ .......................... : - b.2 test conditions n/a b.3 maximum temperatures n/a b.4 running overload test n/a b.5 locked - rotor overload test n/a test duration (days) ................................ ............... : - electric strength test: test voltage (v) .................... : - b.6 running overload test for d.c. motors in secondary circuits n/a b.6.1 general n/a b.6.2 test procedure n/a b.6.3 alternative test procedure n/a b.6.4 electric strength test; test voltage (v) .................... : n/a b.7 locked - rotor overload test for d.c. motors in secondary circuits n/a b.7.1 general n/a b.7.2 test procedure n/a b.7.3 alternative test procedure n/a b.7.4 electric strength test; test voltage (v) .................... : n/a b.8 test for motors with capacitors n/a b.9 test for three - phase motors n/a b.10 test for series motors n/a operating voltage (v) ................................ ............ : - -
issue date: 2012 - 09 - 24 page 37 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul c annex c, transformers (see 1.5.4 and 5.3.3) pass position ................................ ................................ .. : (see appended table 1.5.1) - manufacturer ................................ ......................... : (see appended table 1.5.1) - type ................................ ................................ ....... : (see appended table 1.5.1) - rated values ................................ .......................... : class b - method of protection ................................ .............. : inherently protection - c.1 overload test (see appended table 5.3) pass c.2 insulation (see appended table 5.2) pass protection from displacement of windings ............. : min. 3 mm margin tape provided on primary circuits and used triple insulated winding wire at primary circuit. pass d annex d, measuring instruments for touch - current tests (see 5.1.4) pass d.1 measuring instrument md box used pass d.2 alternative measuring instrument n/a e annex e, temperature rise of a winding (see 1.4.13) n/a f annex f, measurement of clearances and creepage distances (see 2.10 and annex g) pass
issue date: 2012 - 09 - 24 page 38 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul g annex g, alternative method for determining minimum clearances n/a g.1 clearances n/a g.1.1 general n/a g.1.2 summary of the procedure for determining minimum clearances n/a g.2 determination of mains transient voltage (v) n/a g.2.1 ac mains supply ................................ .................... : n/a g.2.2 earthed d.c. mains supply ................................ ..... : n/a g.2.3 unearthed d.c. mains supply ................................ . : n/a g.2.4 battery operation ................................ ................... : n/a g.3 determination of telecommunication network transient voltage (v) : ................................ ............ : n/a g.4 determination of required withstand voltage (v) n/a g.4.1 mains transients and internal repetitive peaks ...... : n/a g.4.2 transients from telecommunication networks ....... : n/a g.4.3 combination of transients n/a g.4.4 transients from cable distribution systems n/a g.5 measurement of transient voltages (v) n/a a) transients from a mains supply n/a for an a.c. mains supply n/a for a d.c. mains supply n/a b) transients from a telecommunication network n/a g.6 determination of minimum clearances .................. : n/a h annex h, ionizing radiation (see 4.3.13) n/a j annex j, table of electrochemical potentials (see 2.6.5.6) pass metal(s) used ................................ ......................... : - -
issue date: 2012 - 09 - 24 page 39 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul k annex k, thermal controls (see 1.5.3 and 5.3.8) n/a k.1 making and breaking capacity n/a k.2 thermostat reliability; operating voltage (v) .......... : n/a k.3 thermostat endurance test; operating voltage (v) : n/a k.4 temperature limiter endurance; operating voltage (v) ................................ ................................ .......... : n/a k.5 thermal cut - out reliability n/a k.6 stability of operation n/a l annex l, normal load conditions for some types of electrical business equipment (see 1.2.2.1 and 4.5.2) pass l.1 typewriters n/a l.2 adding machines and cash registers n/a l.3 erasers n/a l.4 pencil sharpeners n/a l.5 duplicators and copy machines n/a l.6 motor - operated files n/a l.7 other business equipment ac/dc adapter, rated output current pass
issue date: 2012 - 09 - 24 page 40 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul m annex m, criteria for telephone ringing signals (see 2.3.1) n/a m.1 introduction n/a m.2 method a n/a m.3 method b n/a m.3.1 ringing signal n/a m.3.1.1 frequency (hz) ................................ ...................... : - m.3.1.2 voltage (v) ................................ ............................. : - m.3.1.3 cadence; time (s), voltage (v) ............................... : - m.3.1.4 single fault current (ma) ................................ ........ : - m.3.2 tripping device and monitoring voltage ................. : n/a m.3.2.1 conditi ons for use of a tripping device or a monitoring voltage n/a m.3.2.2 tripping device n/a m.3.2.3 monitoring voltage (v) ................................ ........... : n/a n annex n, impulse test generators (see 1.5.7.2, 1.5.7.3, 2.10.3.9, 6.2.2.1, 7.3.2, 7.4.3 and clause g.5) n/a n.1 itu - t impulse test generators n/a n.2 iec 60065 impulse test generator n/a p annex p, normative references pass q annex q, voltage dependent resistors (vdrs) (see 1.5.9.1) pass a) preferred climatic categories ............................. : iec 61051 - 2 certified vdr used(see appended table 1.5.1) pass b) maximum continuous voltage ............................ : component rating is at least 120 % of the rated voltage of the equipment pass c) pulse current ................................ ..................... : iec 610512 certified vdr used(see appended table 1.5.1) pass
issue date: 2012 - 09 - 24 page 41 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul r annex r, examples of requirements for quality control programmes n/a r.1 minimum separation distances for unpopulated coated printed boards (see 2.10.6.2) n/a r.2 reduced clearances (see 2.10.3) n/a s annex s, procedure for impulse testing (see 6.2.2.3) n/a s.1 test equipment n/a s.2 test procedure n/a s.3 examples of waveforms during impulse testing n/a t annex t, guidance on protection against ingress of water (see 1.1.2) n/a ................................ ................................ ............... : - u annex u, insulated winding wires for use without interleaved insulation (see 2.10.5.4) pass ................................ ................................ ............... : approved tiww used. - v annex v, ac power distribution systems (see 1.6.1) n/a v.1 introduction n/a v.2 tn power distribution systems n/a w annex w, summation of touch currents n/a w.1 touch current from electronic circuits n/a w.1.1 floating circuits n/a w.1.2 earthed circuits n/a w.2 interconnection of several equipments n/a w.2.1 isolation n/a w.2.2 common return, isolated from earth n/a w.2.3 common return, connected to protective earth n/a
issue date: 2012 - 09 - 24 page 42 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul x annex x, maximum heating effect in transformer tests (see clause c.1) pass x.1 determination of maximum input current n/a x.2 overload test procedure n/a y annex y, ultraviolet light conditioning test (see 4.3.13.3) n/a y.1 test apparatus ................................ ....................... : n/a y.2 mounting of test samples ................................ ....... : n/a y.3 carbon - arc light - exposure apparatus .................... : n/a y.4 xenon - arc light - exposure apparatus ..................... : n/a z annex z, overvoltage categories (see 2.10.3.2 and clause g.2) pass aa annex aa, mandrel test (see 2.10.5.8) n/a bb annex bb, changes in the second edition pass cc annex cc, evaluation of integrated circuit (ic) current limiters n/a cc.1 general n/a cc.2 test program 1 ................................ ...................... : n/a cc.3 test program 2 ................................ ...................... : n/a dd annex dd, requirements for the mounting means of rack - mounted equipment n/a dd.1 general n/a dd.2 mechanical strength test, variable n ..................... : n/a dd.3 mechanical strength test, 250 n, including end stops ................................ ................................ ...... : n/a dd.4 compliance ................................ ............................ : n/a
issue date: 2012 - 09 - 24 page 43 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul ee annex ee, household and home/office document/media shredders n/a ee.1 general n/a ee.2 markings and instructions n/a use of markings or symbols ................................ .. : n/a information of user instructions, maintenance and/or servicing instructions ................................ .. : n/a ee.3 inadvertent reactivation test ................................ .. : n/a ee.4 disconnection of power to hazardous moving parts n/a use of markings or symbols ................................ .. : n/a ee.5 protection against hazardous moving parts .......... : n/a test with test finger (figure 2a) n/a test with wedge probe (figure ee1 and ee2) ...... : n/a
issue date: 2012 - 09 - 24 page 44 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.1 table: list of critical components pass object/part or description manufacturer/ trademark type/model technical data standard (edition or year) mark(s) of conformity 1 ) enclosure (electrical/mechi cal/fire) sabic innovative plastics b v, sabic innovative plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thi ck. composed of two pieces, secured together by screws. ul94, ul746c usr, - enclosure (electrical/mecha nical/fire) alternate cheil industries inc. chemicals div. hn - 1064w(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. ul94, ul746c usr, - enclosure(electri cal/mechanical/f ire) alternate cheil industries inc. chemicals div. hn - 1064(+) v - 0 overall a pproximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces, secured together by screws. ul94, ul746c usr, - appliance inlet rong feng industrial co., ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 usr, semko appliance inlet alternate rich bay co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 usr, vde fuse (f1) (optional) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f1) (optional) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 usr, vde thermal fuse (f1) (optional) alternate seki controls co., ltd. st - 22 250v, 7a en60730 - 1, vde0631 - 1 usr, vde
issue date: 2012 - 09 - 24 page 45 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul fuse (f2) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 usr, vde fuse (f2) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 usr, vde thermister (th1) various various ntc, 5ohm at 25c. tested in equipment. - , - discharging resistors (rp111, rp112) various various 510kohm 1/8w tested in equipment. - , - varistor (tnr1) optional amotech co., ltd. inr14d471 (line to line) minimum 470v overall 14 mm. ul1449, iec60384 - 14 usr, vde varistor (tnr1) optional) alternate success electronics co., ltd. svr14d471k (line to line) minimum 470v overall 14 mm. ul1449, iec60384 - 14 usr, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko nemko semko x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko, vde x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, demko fimko x - capacitor (cx1) alternate okaya electric industries co., ltd. le (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, semko x - capacitor (cx1) alternate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum .0.47uf. marked with x1 or x2. meets iec60384 - 14. ul1414, iec384 - 14, en132400 usr, fimko line filter (lf1) bridgepower 3025560 core: ferrite. 24 tested in - , -
issue date: 2012 - 09 - 24 page 46 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul corp. or wendeng jeil electronics co., ltd. by 24 mm. coils: polyurethane wire, minimum 130c bobbin: (qmfz2), momentive specialty chemicals gmhh, type pf2736, v - 0, 150c. equipment. line filter (lp1, lp2, lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. 6872250 core: ferrite 13.7 by 8 mm. coils: polyurethane wire, minimum 130c insulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. tested in equipment. - , - pfc coil for 12v, 18v, 24v output bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), hexian specialty chemicals inc., type pm9820@, v - 0, 150c. t ested in equipment. - , - pfc coil for 15v output bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578001 core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c bobbin: (qmfz2), hexian specialty chemicals inc., type pm9820@ , v - 0, 150c. tested in equipment. - , - y - capacitors (cy1, cy2) success electronics co., ltd. se or sb (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets ul1414, iec60384 - 14, en132400 usr, fimko
issue date: 2012 - 09 - 24 page 47 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul iec60384 - 14. y - capacitors (cy1, cy2) - alt ernate murata mfg. co., ltd. kx or ky (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko y - capacitors (cy1, cy2) - alternate tdk - epc corp. cd or cs (line to ground) 250v, maximum 2200pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, vde bridge diode (bd1) various various minimum 600v, maximum 10a. tested in equipment. - , - bridging capacitors (cy3, cy4) success electronics co., ltd. se or sb (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky (primary to secon dary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, fimko bridging capacitors (cy3, cy4) alternate tdk - epc corp. cd or cs (primary to secondary) 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 usr, vde electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. tested in equipment. - , - fet (qp1) various various 550v, 18a secured to heat sink (hs1) by screw. tested in equipment. - , - fet (qp2) various various smd type. 60v, 115ma tested in equipment. - , - fet (qp3) various various 800v, 11a or 13a secured to tested in equipment. - , -
issue date: 2012 - 09 - 24 page 48 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul heat sink (hs1) by screw. switching ic (up1) various various maximum 22v, 0.03a. tested in equipment. - , - switching ic (up2) various various maximum 18v, 5.0ma. tested in equipment. - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579011 for 12v output; part no.: 3025579012 for 15v output; part no.: 3025579013 for 18v output; part no.: 3025579014 for 24v output) class b. core: ferrite 40 by 42 mm. coils: polyurethane wire, minimum 130c tiww: furukawa electric co., ltd., tex - e, 130c bobbin: (qmfz2), v - 0, 150c. ul1446 usr, - optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. external dcr . minimum 8.0 mm. complied with 2.10.9 ul1577, en60950 usr, vde optical isolator (psu1) alternate cosmo electronics corp. kp1010 double protec tion. isolation 5000vac. external dcr minimum 8.0 mm.complied with 2.10.9 ul1577, en60950 usr, vde optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac. external dcr minimum 6.4mm. .complied with 2.10.9 ul1577, en60950 usr, vde optical isolator (psu1) alternate kodenshi corp. pc - 17k or pc - 17k1c double protection. isolation 5000vac. ul1577 usr, semko
issue date: 2012 - 09 - 24 page 49 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul external dcr minimum 8.0 mm.complied with 2.10.9 zener diodes (dp14, zd3, dp6) various various 18v, 0.5w tested in equipment. - , - insulation sheet (around t1 primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746 usr, - heat sink (hs1) (primary) various various metal. overall approximately. 128.7 by 36 mm, 2 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. tested in equipment. - , - heat sink (hs2) (secondary) various various metal. overall approximately. 69.3 by 36 mm, 3 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. tested in equipment. - , - heat sink (hs3) (around bd1)_optional various various metal. overall approximat ely 40 by 30 mm, 1.5 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum 1 turns in primary side. - , - printed wiring board (pwb) various various minimum v - 1, 130c. ul796 usr, -
issue date: 2012 - 09 - 24 page 50 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul protective bonding conductor various various mechanically clamped or secured on pwb from appliance inlet. minimum 18 awg, green - and - yellow insulation. ul758 usr, - bonding glue various various minimum v - 2, minimum 100c for additional secureness of internal conductor. ul94, ul746 usr, - output cable various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, minimum 300v, 80c, 18 awg, maximum 3.05 m long. ul758 usr, - nameplate label various various suitable for use on surface of polycarbonate (pc) with m aximum 60c surface temperature. ul969 usr, - for models jpw1100*b12** f**,jpw1100*b1 3**f**,jpw1100 *b15**f**,jpw1 100*b16**f**, jpw1100*b18** f**, jpw1100*b19** f**, jpw1100*b24** f**,cenb1100a 12**f**,cenb11 00a13**f**,cen b1100a15**f**, cenb1100a16** f**, cenb110 0a18** - - - - - , -
issue date: 2012 - 09 - 24 page 51 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul f**, cenb1100a19** f**, cenb1100a24** f**, jmw1100*b12** f**,jmw1100*b 13**f**,jmw110 0*b15**f**,jmw 1100*b16**f**, jmw1100*b18** f**, jmw1100*b19** f**, jmw1100*b24** f**,menb1100a 12**f**,menb11 00a13**f**,men b1100a15**f**, menb1100a16* *f**, menb1100a18* *f**, menb1100a19* *f**, menb1100a24* *f** enclosure (electrical/mecha nical/fire) sabic innovative plastics b v, sabic innovative plastics japan l l c or sabic innovative plastics us l l c 940(f1) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces. secured together by screws. ul94, ul746c ul, - enclosure (electrical/mechi cal/fire) alternate cheil industries inc. chemicals div. hn - 1064w(+) v - 0 overall approximately 149.8 by 86.6 by 51.0 mm, min imum 2.0 mm thick. composed of two pieces. secured together by screws. ul94, ul746c ul, - enclosure cheil industries hn - 1064(+) v - 0 overall ul94, ul746c ul, -
issue date: 2012 - 09 - 24 page 52 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (electrical/mecha nical/fire) alternate inc. chemicals div. approximately 149.8 by 86.6 by 51.0 mm, minimum 2.0 mm thick. composed of two pieces. secured together by screws. appliance inlet rong feng industrial co., ltd. ss - 120 - pcb minimum 10a, 250v. ul498, iec60320 ul, semko appliance inlet alternate rich bay industrial co., ltd. r - 30190 minimum 10a, 250v. ul498, iec60320 ul, vde fuse (f1) littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 ul, vde fuse (f1) alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 ul, vde thermal fuse (f1) (optional) alternate seki controls co., ltd. st - 22 250v, 7a en60730 - 1, vde0631 - 1 usr, vde fuse (f2) - littelfuse wickmann - werke gmbh 392 250v, 3.15a ul248, vde0820, en60127 ul, vde fuse (f2) - alternate save fusetech inc. ss - 5 250v, 3.15a ul248, vde0820, en60127 ul, vde thermistor (th1) various various ntc, 5ohm at 25c. - - , - discharging resistors (rp30, rp31) various various 180kohm 1/8w. - - , - discharging resistors (rp111, rp112) various various 510kohm 1/8w - - , - discharging ic (up3) power integrations inc. cap014dg 1uf, 780kohm - - , - varistor (tnr1) optional success electronics co., ltd. svr14d471k (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde varistor (tnr1) optional alternate amotech co., ltd. inr14d471 (line to line) 470v overall 14 mm. ul1449 iec/en61051 ul, vde x - capacitor (cx1) carli electronics co., ltd. mpx (line to line) 250v, maximum ul1414, iec60384 - 14, ul, fimko
issue date: 2012 - 09 - 24 page 53 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1uf. marked with x1 or x2. meets iec384 - 14. en132400 x - capacitor (cx1) alternate iskra mis d d knb 1530 or 1562 or 1563 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate pilkor electronics co., ltd. pcx2 335m or pc x2 337 (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate okaya electric industries co., ltd. le (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx1) alternate sun il electronics industry co., ltd. 436d (line to line) 250v, maximum 1uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) carli electronics co., ltd. mpx (line to line) 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate iskra mis d d knb 1530 or 1562 or 1563 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate pilkor electronics co., ltd. pcx2 335m or pcx2 337 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate okaya electric industries co., ltd. le 250v, maximum 0.47uf. marked with x1 or x2. meets iec384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko x - capacitor (cx2) alternate sun il electronics industry co., ltd. 436d 250v, maximum 0. 47uf. marked with x1 or x2. meets iec384 - ul1414, iec60384 - 14, en132400 ul, fimko
issue date: 2012 - 09 - 24 page 54 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 14. line filter (lf1) bridgepower corp. or wendeng jeil electronics co., ltd. 3025671a core: ferrite 28 by 28 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), hex ian specialty chemicals inc., type pm9820@, v - 0, 150c. - - , - line filter (lp4, lp5) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025642a core: ferrite 13.7 by 8 mm coils: polyurethane wire, minimum 130c ins ulation tubing/sleeving: fep, ptfe, pvc, tfe, neoprene, polyimide or vw - 1; 130c. - - , - pfc coil (lp3) bridgepower corp. or wendeng jeil electronics co., ltd. part no.: 3025578a core: ferrite 26 by 25 mm coils: polyurethane wire, minimum 130c. bobbin: (qmfz2), hexian specialty chemicals inc.,type pm9820@, v - 0, 150c. - - , - y - capacitors (cy1, cy2) success electronics co., ltd. se or sb 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy1, cy2) alternate murata mfg. co., ltd. kx or ky 250v, maximum 1000pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko y - capacitors (cy3, cy4) success electronics co., ltd. se or sb 250v, maximum 1500pf. ma rked with y1 or y2. meets ul1414, iec60384 - 14, en132400 ul, fimko
issue date: 2012 - 09 - 24 page 55 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul iec60384 - 14. y - capacitors (cy3, cy4) alternate murata mfg. co., ltd. kx or ky 250v, maximum 1500pf. marked with y1 or y2. meets iec60384 - 14. ul1414, iec60384 - 14, en132400 ul, fimko bridge diode (bd1) various various minimum 600v, maximum 10a. - - , - electrolytic capacitor (cp1) various various minimum 400v, maximum 150uf, minimum 105c. - - , - fet (qp1) various various minimum 550v, maximum 20a. secured to heat sink (hs1) by screw. - - , - fet (qp3) various various 800v, 11a or 13a secured to heat sink (hs1) by screw. - - , - switching ic (up1) various various maximum 30v, 0.05a. - - , - switching ic (up2) various various maximum 31v, 4.0ma. - - , - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579001a for 12v, 13v output; part no.: 3025579002a for 15v, 16v output; (objy2), class b insulation system. core: ferrite 40 by 42 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin: (qmfz2), v - 0, 150c ul1446 ul, - main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579004a for 24v, output) (objy2) class b insulation system. core: ferrite 40 by 42 mm pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin: (qmfz2), v - 0, ul1446 ul, -
issue date: 2012 - 09 - 24 page 56 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 150c main transformer (t1) bridgepower corp. or wendeng jeil electronics co., ltd. jec(b) (part no.: 3025579003a for 18v, 19v output) (objy2), class b insulation sy stem. core: ferrite 40 by 42 mm. pri - sec coils: tiw: furukawa electric co., ltd., tex - e, 130c bobbin: (qmfz2), v - 0, 150c ul1446 ul, - optical isolator (psu1) vishay semiconductor gmbh tcet1103(g) double protection. isolation 5000vac. external dcr minimum 8.0 mm. ul1577, en60950 ul, vde optical isolator (psu1) alternate cosmo electronics corp. kp1010 double protection. isolation 5000vac. external dcr minimum 8.0 mm. ul1577, en60950 ul, vde optical isolator (psu1) alternate sharp corp. pc123 double protection. isolation 5000vac. ul1577, en60950 ul, vde optical isolator (psu1) alternate kodenshi corp. pc - 17k or pc - 17k1c double protection. isolation 5000vac. external dcr minimum 8.0 mm. ul1577, en60950 ul, vde zener diode (dp3) various various 18v, 0.5w - - , - insulator sheet (around transformer (t1) primary) various various one piece. v - 0, minimum 125c. overall approximately 42 by 42 mm, minimum 0.4 mm thick. ul94, ul746c ul, - heat sink (hs1) various various metal. overall - - , -
issue date: 2012 - 09 - 24 page 57 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (primary) approximately 128.7 by 36 mm, 2 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. heat sink (hs2) (secondary) various various metal. overall approximately 69.3 by 36 mm, 3 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum three turns in primary side. - - , - heat sink (hs3) (around bd1)_optional various various metal. overall approximately 40 by 30 mm, 1.5 mm thick. wound by polyester film tape, (oanz2), minimum 130c, minimum 1 turns in primary side. - - , - silicon pad (above t1) bergquist 900 - s# overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above t1) - alternate jiangsu hongda new material co ltd hd - 87 overall sized min. ? 43 by 23 mm , min.5.0 mm thick, v - 0, 150 deg.c. ul94, ul746c ul, - silicon pad (above pfc1) bergquist 900 - s# overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - ul94, ul746c ul, -
issue date: 2012 - 09 - 24 page 58 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 0, 150 silicon pad (above pfc1 - alternate jiangsu hongda chemical new material hd - 87 overall sized min. ? 25 by 18 mm , min.5.0 mm thick, * 2ea v - 0, 150 ul94, ul746c ul, - printed wiring board (pwb) various various minimum v - 1, 130c. ul796 ul, - protective bonding conductor various various mechanically clamped or secured on pwb from appliance inlet. minimum 18 awg, green - and - yellow insulation. ul758 ul, - bonding glue various various minimum v - 2, minimum 100c for additional secureness of interna l conductor. ul94, ul746c ul, - output cable various various for use of external interconnection), style no. 2464 or 1777, vw - 1 or ft - 1, 18 awg, maximum 3.05 m long. ul758 ul, - nameplate label various various suitable for use on surface of polycarbonate (pc) with max.60c surface temperature. ul969 ul, - supplementary information: 1 ) provided evidence ensures the agreed level of compliance. see od - cb2039.
issue date: 2012 - 09 - 24 page 59 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1.5.1 table: opto electronic devices pass manufacturer.......................................: type....................................................: separately tested...............................: bridging insulation..............................: external creepage distance..............................................: internal creepage distance..............................................: distance through insulation...........................................: tested under following conditions..........................................: input..................................................: output...............................................: supplementary information: see critical component list , thermal cycling test conducted. 1.6.2 table: electrical data (in normal conditions) pass u (v) i (a) i rated (a) p (w) fuse # i fuse (a) condition/status - - - - - - model jpw1100ka1200f01 90vac 1.176 n/a 105.4 f1,f2 1.176 max. normal load, 50hz 100vac 1.047 2.0 104.5 f1,f2 1.047 max. normal load, 50hz 240vac 0.436 2.0 101.4 f1,f2 0.436 max. normal load, 50hz 264vac 0.440 n/a 101.4 f1,f2 0.440 max. normal load, 50hz 90vac 1.180 n/a 105.8 f1,f2 1.180 max. normal load, 60hz 100vac 1.049 2.0 104.6 f1,f2 1.049 max. normal load, 60hz 240vac 0.438 2.0 101.4 f1,f2 0.438 max. normal load, 60hz 264vac 0.445 n/a 101.3 f1,f2 0.445 max. normal load, 60hz - - - - - - model jpw1100ka1500f01 90vac 1.281 n/a 114.8 f1,f2 1.281 max. normal load, 50hz 100vac 1.140 2.0 113.7 f1,f2 1.140 max. normal load, 50hz 240vac 0.467 2.0 109.0 f1,f2 0.467 max. normal load, 50hz 264vac 0.457 n/a 107.2 f1,f2 0.457 max. normal load, 50hz 90vac 1.284 n/a 115.0 f1,f2 1.284 max. normal load, 60hz 100vac 1.141 2.0 113.8 f1,f2 1.141 max. normal load, 60hz 240vac 0.469 2.0 109.0 f1,f2 0.469 max. normal load, 60hz 264vac 0.469 n/a 108.9 f1,f2 0.469 max. normal load, 60hz
issue date: 2012 - 09 - 24 page 60 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul - - - - - - model jpw1100ka1800f01 90vac 1.319 n/a 117.8 f1,f2 1.319 max. normal load, 50hz 100vac 1.165 2.0 116.2 f1,f2 1.165 max. normal load, 50hz 240vac 0.481 2.0 112.2 f1,f2 0.481 max. normal load, 50hz 264vac 0.483 n/a 112.3 f1,f2 0.483 max. normal load, 50hz 90vac 1.322 n/a 118.1 f1,f2 1.322 max. normal load, 60hz 100vac 1.167 2.0 116.3 f1,f2 1.167 max. normal load, 60hz 240vac 0.481 2.0 112.4 f1,f2 0.481 max. normal load, 60hz 264vac 0.482 n/a 112.2 f1,f2 0.482 max. normal load, 60hz - - - - - - model jpw1100ka2400f01 90vac 1.292 n/a 115.9 f1,f2 1.292 max. normal load, 50hz 100vac 1.149 2.0 114.6 f1,f2 1.149 max. normal load, 50hz 240vac 0.474 2.0 111.1 f1,f2 0.474 max. normal load, 50hz 264vac 0.477 n/a 111.3 f1,f2 0.477 max. normal load, 50hz 90vac 1.298 n/a 116.0 f1,f2 1.298 max. normal load, 60hz 100vac 1.149 2.0 114.4 f1,f2 1.149 max. normal load, 60hz 240vac 0.476 2.0 110.9 f1,f2 0.476 max. normal load, 60hz 264vac 0.484 n/a 111.0 f1,f2 0.484 max. normal load, 60hz <11ca1 5702> see below n/a n/a n/a n/a n/a n/a jpw11 00kb12 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.204 n/a 106.40 f1,f2 1.204 maximum normal load/50hz 100vac 1.066 2.0 105.14 f1,f2 1.066 maximum normal load/50hz 240vac 0.457 2.0 102.90 f1,f2 0.457 maximum normal load/50hz 264vac 0.429 n/a 102.60 f1,f2 0.429 maximum normal load/50hz 90vac 1.206 n/a 106.24 f1,f2 1.206 maximum normal load/60hz 100vac 1.072 2.0 105.50 f1,f2 1.072 maximum normal load/60hz 240vac 0.467 2.0 102.84 f1,f2 0.467 maximum normal load/60hz 264vac 0.445 n/a 102.60 f1,f2 0.445 maximum normal load/60hz jpw11 00kb13 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.222 n/a 108.31 f1,f2 1.222 maximum normal load/50hz 100vac 1.080 2.0 106.98 f1,f2 1.080 maximum normal load/50hz 240vac 0.504 2.0 107.20 f1,f2 0.504 maximum normal load/50hz 264vac 0.527 n/a 106.00 f1,f2 0.527 maximum normal load/50hz 90vac 1.222 n/a 108.08 f1,f2 1.222 maximum normal load/60hz 100vac 1.086 2.0 107.15 f1,f2 1.086 maximum normal load/60hz 240vac 05.20 2.0 106.50 f1,f2 05.20 maximum normal load/60hz 264vac 0.544 n/a 106.10 f1,f2 0.544 maximum normal load/60hz jpw11 00kb15 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.270 n/a 112.08 f1,f2 1.270 maximum normal load/50hz
issue date: 2012 - 09 - 24 page 61 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 100vac 1.120 2.0 110.63 f1,f2 1.120 maximum normal load/50hz 240vac 0.473 2.0 107.83 f1,f2 0.473 maximum normal load/50hz 264vac 0.444 n/a 107.63 f1,f2 0.444 maximum normal load/50hz 90vac 1.270 n/a 112.12 f1,f2 1.270 maximum normal load/60hz 100vac 1.124 2.0 110.77 f1,f2 1.124 maximum normal load/60hz 240vac 0.484 2.0 107.98 f1,f2 0.484 maximum normal load/60hz 264vac 0.459 n/a 107.78 f1,f2 0.459 maximum normal load/60hz jpw11 00kb16 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.255 n/a 111.04 f1,f2 1.255 maximum normal load/50hz 100vac 1.112 2.0 109.69 f1,f2 1.112 maximum normal load/50hz 240vac 0.476 2.0 107.82 f1,f2 0.476 maximum normal load/50hz 264vac 0.444 n/a 107.40 f1,f2 0.444 maximum normal load/50hz 90vac 1.261 n/a 111.05 f1,f2 1.261 maximum normal load/60hz 100vac 1.115 2.0 109.64 f1,f2 1.115 maximum normal load/60hz 240vac 0.484 2.0 107.47 f1,f2 0.484 maximum normal load/60hz 264vac 0.459 n/a 107.26 f1,f2 0.459 maximum normal load/60hz , 11ca37 964 n/a n/a n/a n/a n/a n/a model ; jpw11 00kb18 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.385 n/a 121.90 f1,f2 1.385 maximum normal load/50hz 100vac 1.221 2.0 120.20 f1,f2 1.221 maximum normal load/50hz 240vac 0.502 2.0 117.35 f1,f2 0.502 maximum normal load/50hz 264vac 0.465 n/a 117.15 f1,f2 0.465 maximum normal load/50hz 90vac 1.385 n/a 121.70 f1,f2 1.385 maximum normal load/60hz 100vac 1.225 2.0 120.08 f1,f2 1.225 maximum normal load/60hz 240vac 0.505 2.0 116.80 f1,f2 0.505 maximum normal load/60hz 264vac 0.471 n/a 116.70 f1,f2 0.471 maximum normal load/60hz model ; jpw11 00kb19 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.320 n/a 116.45 f1,f2 1.320 maximum normal load/50hz 100vac 1.168 2.0 115.00 f1,f2 1.168 maximum normal load/50hz 240vac 0.480 2.0 112.17 f1,f2 0.480 maximum normal load/50hz 264vac 0.444 n/a 111.92 f1,f2 0.444 maximum normal load/50hz 90vac 1.324 n/a 116.30 f1,f2 1.324 maximum normal load/60hz 100vac 1.172 2.0 115.00 f1,f2 1.172 maximum normal load/60hz 240vac 0.485 2.0 112.27 f1,f2 0.485 maximum normal load/60hz
issue date: 2012 - 09 - 24 page 62 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 264vac 0.453 n/a 112.03 f1,f2 0.453 maximum normal load/60hz model ; jpw11 00kb24 00f01 n/a n/a n/a n/a n/a n/a 90vac 1.327 n/a 117.40 f1,f2 1.327 maximum normal load/50hz 100vac 1.176 2.0 116.00 f1,f2 1.176 maximum normal load/50hz 240vac 0.491 2.0 113.20 f1,f2 0.491 maximum normal load/50hz 264vac 0.458 n/a 112.94 f1,f2 0.458 maximum normal load/50hz 90vac 1.335 n/a 117.55 f1,f2 1.335 maximum normal load/60hz 100vac 1.180 2.0 116.06 f1,f2 1.180 maximum normal load/60hz 240vac 0.499 2.0 113.24 f1,f2 0.499 maximum normal load/60hz 264vac 0.471 n/a 112.95 f1,f2 0.471 maximum normal load/60hz n/a n/a n/a n/a n/a n/a 90vac 1.203 n/a 106.35 f1,f2 1.203 maximum normal load/50hz 100vac 1.066 2.0 105.12 f1,f2 1.066 maximum normal load/50hz 240vac 0.457 2.0 102.88 f1,f2 0.457 maximum normal load/50hz 264vac 0.428 n/a 102.58 f1,f2 0.428 maximum normal load/50hz 90vac 1.204 n/a 106.22 f1,f2 1.204 maximum normal load/60hz 100vac 1.070 2.0 105.45 f1,f2 1.070 maximum normal load/60hz 240vac 0.466 2.0 102.82 f1,f2 0.466 maximum normal load/60hz 264vac 0.443 n/a 102.57 f1,f2 0.443 maximum normal load/60hz supplementary information: 2.1.1.5 c) 1) table: max. v, a, va test pass voltage(rated) (v) current(rated) (a) voltage (max.) (v) current (max.) (a) va (max.) (va) supplementary information: see clause 2.1.1.5 2.1.1.5 c) 2) table: stored energy pass capacitance c (f) voltage u (v) energy e (j)
issue date: 2012 - 09 - 24 page 63 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul supplementary information: see clause 2.1.1.5 2.2 table: evaluation of voltage limiting components in selv circuits pass component (measured between) max. voltage (v) (normal operation) voltage limiting components v peak v d.c. fault test performed on voltage limiting components voltage measured (v) in selv circuits (v peak or v d.c.) supplementary information: 2.5 table: limited power sources n/a circuit output tested: measured uoc (v) with all load circuits disconnected: isc (a) va meas. limit meas. limit normal condition single fault: ___ supplementary information: sc=short circuit, oc - open circuit 2.10.2 table: working voltage measurement pass location rms voltage (v) peak voltage (v) comments supplementary information: see table 2.10.3 and 2.10.4
issue date: 2012 - 09 - 24 page 64 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 2.10.3 and 2.10.4 table: clearance and creepage distance measurements pass clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) - - - - - - - functional: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) - - - - - - - basic/supplementary: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) model jpw1100ka1500f01 - - - - - - cy3 240 128 2.96 5.0 2.96 5.0 cy4 125 62.3 2.96 5.0 2.96 5.0 model jpw1100ka2400f01 - - - - - - cy3 240 127 2.96 5.0 2.96 5.0 cy4 125 64.8 2.96 5.0 2.96 5.0 jpw1100kb1200f01 - - - - - - line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 220 131 2.96 5.0 2.96 5.0 cy4 225 121 2.96 5.0 2.96 5.0 jpw1100kb1300f01 - - - - - - line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 235 119 2.96 5.0 2.96 5.0 cy4 145 67 2.96 5.0 2.96 5.0 jpw1100kb1500f01 - - - - - - line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 255 137 2.96 5.0 2.96 5.0 cy4 125 64 2.96 5.0 2.96 5.0 jpw1100kb1600f01 - - - - - - line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 255 138 2.96 5.0 2.96 5.0 cy4 115 65 2.96 5.0 2.96 5.0 , 11ca37964 n/a n/a n/a n/a n/a n/a model ; jpw1100kb1800f01 n/a n/a n/a n/a n/a n/a line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 250 134 2.96 5.0 2.96 5.0 cy4 107 62 2.96 5.0 2.96 5.0 model ; jpw1100kb1900f01 n/a n/a n/a n/a n/a n/a line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 238 131 2.96 5.0 2.96 5.0 cy4 112 63 2.96 5.0 2.96 5.0 model ; jpw1100kb2400f01 n/a n/a n/a n/a n/a n/a
issue date: 2012 - 09 - 24 page 65 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul line/neutral 360 240 2.96 8.4 2.96 8.4 cy3 246 133 2.96 5.0 2.96 5.0 cy4 110 61 2.96 5.0 2.96 5.0 reinforced: clearance (cl) and creepage distance (cr) at/of/between: u peak (v) u r.m.s. (v) required cl (mm) cl (mm) required cr (mm) cr (mm) model jpw1100ka1500f01 - - - - - - t1, # 8 to # 14, 15, 16 510 359 6.51 8.0 7.4 8.0 psu1, primary to secondary 360 176 5.92 6.4 5.92 6.4 model jpw1100ka2400f01 - - - - - - t1, # 7 to # 14, 15, 16 540 379 6.51 8.0 7.7 8.0 t1, # 8 to # 14, 15, 16 535 380 6.51 8.0 7.7 8.0 psu1, primary to secondary 370 186 5.92 6.4 5.92 6.4 jpw1100kb1200f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 385 184 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 430 185 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 435 184 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 500 190 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 410 303 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 420 304 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 610 351 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 620 367 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 370 178 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 370 178 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 370 178 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 370 178 5.92 6.4 5.92 6.4 jpw1100kb1300f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 183 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 425 184 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 435 183 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 500 188 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 410 301 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 415 302 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 625 354 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 640 369 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 375 183 5.92 6.4 5.92 6.4 jpw1100kb1500f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 181 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 440 185 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 460 188 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 530 197 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 410 302 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 420 304 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 610 353 6.8 8.0 7.7 8.0
issue date: 2012 - 09 - 24 page 66 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul t1 pin8 / t1 pin14,15,16 625 370 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 375 183 5.92 6.4 5.92 6.4 jpw1100kb1600f01 - - - - - - t1 pin1 / t1 pin 11, 12,13 370 183 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 435 188 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 455 189 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 530 197 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 410 298 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 415 300 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 595 350 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 620 368 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 375 183 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 375 183 5.92 6.4 5.92 6.4 , 11ca37964 n/a n/a n/a n/a n/a n/a model ; jpw1100kb1800f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 180 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 435 183 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 440 183 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 510 193 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 400 298 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 410 298 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 565 356 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 580 377 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 365 178 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 365 177 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 365 179 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 365 177 5.92 6.4 5.92 6.4 model ; jpw1100kb1900f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 180 6.8 8.0 7.7 8.0 t1 pin1 / t1 pin 14, 15,16 440 183 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 435 183 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 515 193 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 405 304 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 425 307 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 565 365 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 590 387 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 365 178 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 365 177 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 365 177 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 365 178 5.92 6.4 5.92 6.4 model ; jpw1100kb2400f01 n/a n/a - - - - t1 pin1 / t1 pin 11, 12,13 370 181 6.8 8.0 7.7 8.0
issue date: 2012 - 09 - 24 page 67 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul t1 pin1 / t1 pin 14, 15,16 450 187 6.8 8.0 7.7 8.0 t1 pin 2 / t1 pin11,12,13 440 185 6.8 8.0 7.7 8.0 t1 pin2 / t1 pin 14,15,16 530 200 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 11,12,13 390 291 6.8 8.0 7.7 8.0 t1 pin6 / t1 pin 14, 15, 16 415 295 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin 11,12,13 540 356 6.8 8.0 7.7 8.0 t1 pin8 / t1 pin14,15,16 565 383 6.8 8.0 7.7 8.0 psu pin1 / psu pin3 365 178 5.92 6.4 5.92 6.4 psu pin1 / psu pin4 365 178 5.92 6.4 5.92 6.4 psu pin2 / psu pin3 365 178 5.92 6.4 5.92 6.4 psu pin2 / psu pin4 365 179 5.92 6.4 5.92 6.4 supplementary information: refer to iec 60664 - 1 table a.2 clearance is multiplied by 1.48, test for optical isolator ; t1 ; 109degre ec(t1 was depenced on the measured t2), period ; 30 days, humidity test period ; 5 days 2.10.5 table: distance through insulation measurements pass distance through insulation (dti) at/of: u peak (v) urms (v) test voltage (v) required dti (mm) dti (mm) *) optical isolator(psu1) 370vpk 186vrms 3000 vac 0.4 0.4 **)transformer bobbin(t1) 540 vpk 380vrms 3000 vac 0.4 0.4 <11ca15702> - - - - - *) optical isolator(psu1) 375vpk 183vrms 3000vac 0.4 0.4 , 11ca37964 - - - - - *) optical isolator(psu1) 357vpk 183vrms 3000vac 0.4 0.4 - - - - - optical isolator(psu1) 375vpk 183vrms 3000vac 0.4 thermal cycling conducted. supplementary information: *) certified by ncb(fimko or equivalent) and ul **) bobbin material: phenolyc 4.3.8 table: batteries n/a the tests of 4.3.8 are applicable only when appropriate battery data is not available. is it possible to install the battery in a reverse polarity position? non - rechargeable batteries rechargeable batteries discharging un - charging discharging reversed
issue date: 2012 - 09 - 24 page 68 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul intentional charging charging meas. current manuf. specs. meas. current manuf. specs. meas. current manuf. specs. meas. current manuf. specs. max. current during normal operation max. current during fault operation test results: verdict - chemical leaks n/a - explosion of the battery n/a - emission of flame or expulsion of molten metal n/a - electric strength tests of equipment after completion of tests n/a supplementary information: 4.3.8 table: batteries n/a battery category (lithium, nimh, nicad, lithium ion, etc.).......................................................: manufacturer.........................................: type/model...........................................: voltage.................................................: capacity (mah)....................................: tested and certified by (incl. ref. no.).......................................................: circuit protection diagram (refer indicated supplement of enclosure - miscellaneous)......................................:
issue date: 2012 - 09 - 24 page 69 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul markings and instructions (1.7.12, 1.7.15) location of replaceable battery.....: language(s)..........................................: close to the battery..................................................: in the servicing instructions...........................................: in the operating instructions........... ................................: in the operating instructions supplementary information: additional devices may be described in enclosure - miscellaneous 4.5 table: thermal requirements pass supply voltage (v) ................................ ........... : see below see below n/a n/a n/a ambient tmin (c ) ................................ ......... : n/a n/a n/a n/a n/a ambient tmax (c ) ................................ ........ : n/a n/a n/a n/a n/a maximum measured temperature t of part/at: t (c) allowed tmax (c) model jpw1100ka1200f01 90vac, 60hz, test duratio n: 5hr 21min 264va c, 60hz, test duratio n: 2hr 23min n/a n/a n/a n/a 1. f2 65.7 46.5 74.7 55.0 n/a 130 2. pwb under th1, 130c 87.8 57.8 96.8 66.3 n/a 130 3. cx1, 100c 72 52.5 81.0 61.0 n/a 100 4. lf1 coil, 130c 88.9 57.2 97.9 65.7 n/a 130 5. cy2, 125c 83.8 62.9 92.8 71.4 n/a 125 6. cp1, 105c 78.6 62.3 87.6 70.8 n/a 105 7. lp1 coil, 130c 97.8 77.3 106.8 85.8 n/a 130 8. lp2 coil, 130c 101.4 78 110.4 86.5 n/a 130 9. lp3 coil, 130c 99.3 76.4 108.3 84.9 n/a 130 10. u2, 100c 76.4 70.3 85.4 78.8 n/a 100 11. t1 coil, 110c 93.9 86.1 102.9 94.6 n/a 110 12. t1 core, 110c 88.1 81.5 97.1 90.0 n/a 110
issue date: 2012 - 09 - 24 page 70 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 13. cy3, 125c 67.1 61.1 76.1 69.6 n/a 125 14. hs near qp1 71.9 64.4 80.9 72.9 n/a 130 15. hs near qs2 84.9 75.9 93.9 84.4 n/a 130 16. ls1 coil, 130c 76.4 71.2 85.4 79.7 n/a 130 17. ls2 coil, 130c 71.9 67.7 80.9 76.2 n/a 130 18. lp4 coil, 130c 81 61.5 90.0 70.0 n/a 130 19. lp5 coil, 130c 77.7 58.2 86.7 66.7 n/a 130 20. inside enclosure, 80c 56.4 52.2 65.4 60.7 n/a 80 21. outside enclosure, 80c 55.6 51.4 64.6 59.9 n/a 80 22. ambient / tma 26 26.5 35.0 35.0 n/a n/a model jpw1100ka1800f01 90vac, 60hz, test duratio n: 5hr 21min 264va c, 60hz, test duratio n: 2hr 23min n/a n/a n/a n/a 1. f2 70.7 48.1 79.8 57.0 n/a 130 2. pwb under th1, 130c 94 59 103.1 67.9 n/a 130 3. cx1, 100c 82.4 53.7 91.5 62.6 n/a 100 4. lf1 coil, 130c 100 59.4 109.1 68.3 n/a 130 5. cy2, 125c 87.6 62.5 96.7 71.4 n/a 125 6. cp1, 105c 83.4 64.3 92.5 73.2 n/a 105 7. lp1 coil, 130c 100.5 71.2 109.6 80.1 n/a 130 8. lp2 coil, 130c 101.2 73 110.3 81.9 n/a 130 9. lp3 coil, 130c 103.8 76.1 112.9 85.0 n/a 130 10. u2, 100c 75.7 67.8 84.8 76.7 n/a 100 11. t1 coil, 110c 91.4 82.1 100.5 91.0 n/a 110 12. t1 core, 110c 84.4 76.7 93.5 85.6 n/a 110 13. cy3, 125c 68.7 60.1 77.8 69.0 n/a 125 14. hs near qp1 73.9 62.4 83.0 71.3 n/a 130 15. hs near qs2 76.5 67 85.6 75.9 n/a 130 16. ls1 coil, 130c 69.1 63.2 78.2 72.1 n/a 130 17. ls2 coil, 130c 67 61.6 76.1 70.5 n/a 130 18. lp4 coil, 130c 72.2 53.8 81.3 62.7 n/a 130 19. lp5 coil, 130c 76.6 53.2 85.7 62.1 n/a 130 20. inside enclosure, 80c 57.3 51.8 66.4 60.7 n/a 80 21. outside enclosure, 80c 55.9 49.8 65.0 58.7 n/a 80 22. ambient / tma 25.9 26.1 35.0 35.0 n/a n/a <11ca15702>_see below 90vac/ 60hz 264va c/60hz 90vac/ 60hz(t ma=35 ) 264va c/60hz (tma= 35) n/a n/a jpw1100kb1200f01 - - - - - - f2 78.6 58.7 88.3 69.3 n/a 130 pwb under th1 88.8 59.6 98.5 70.2 n/a 130 cx1 75.4 56.9 85.1 67.5 n/a 100 lf1 90.3 66.3 100.0 76.9 n/a 130
issue date: 2012 - 09 - 24 page 71 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cy2 89 70.3 98.7 80.9 n/a 125 cp1 80.6 65.9 90.3 76.5 n/a 105 lp5 87.1 55.2 96.8 65.8 n/a 130 lp3 100.7 82.4 110.4 93.0 n/a 130 psu1 80.7 73.6 90.4 84.2 n/a 100 t1 coil 91.8 84.7 101.5 95.3 n/a 110 t1 core 98.4 91.1 108.1 101.7 n/a 110 cy3 74.4 67.4 84.1 78.0 n/a 125 heat sink near qp1 80.7 70.6 90.4 81.2 n/a n/a heat sink near qs1 90.6 80.2 100.3 90.8 n/a n/a ls1 70.4 65.4 80.1 76.0 n/a 130 ls2 75.2 70.5 84.9 81.1 n/a 130 inside enclosure 73.7 67.4 83.4 78.0 n/a 120 outside enclosure 57.9 53.3 67.6 63.9 n/a 95 ambient 25.3 24.4 35.0 35.0 n/a n/a duration 5hrs 24min 4hrs 35min n/a n/a n/a n/a , 11ca37964 n/a n/a n/a n/a n/a n/a model ; jpw1100kb1800f01 90vac/ 60hz 264va c/60hz 90vac/ 60hz 264va c/60hz n/a n/a f2 85.4 61.5 90.5 66.8 n/a 130 pwb under th1 94.7 60.2 99.8 65.5 n/a 130 cx1 78.7 55.1 83.8 60.4 n/a 100 lf1 93.4 63.3 98.5 68.6 n/a 130 cy2 95.3 68 100.4 73.3 n/a 125 cp1 80.7 64.4 85.8 69.7 n/a 105 lp5 95.8 50.9 100.9 56.2 n/a 130 lp3 97.5 80.1 102.6 85.4 n/a 130 psu1 80.3 76.6 85.4 81.9 n/a 100 t1 coil 82.7 75.7 87.8 81 n/a 110 t1 core 91.3 84.3 96.4 89.6 n/a 110 cy3 69.9 64.4 75 69.7 n/a 125 heat sink near qp1 94.2 80.9 99.3 86.2 n/a n/a heat sink near qs1 95.8 83.4 100.9 88.7 n/a n/a inside enclosure 51.4 47.2 56.5 52.5 n/a 120 outside enclosure 70.2 63.7 75.3 69 n/a 95 ambient 24.9 24.7 tma=3 0.0 tma=3 0 n/a n/a duration 3hrs 2min 2hr 27min n/a n/a n/a n/a model ; jpw1100kb1900f01 90vac/ 60hz 264va c/60hz 90vac/ 60hz 264va c/60hz n/a n/a f2 85.1 61.5 87.4 63.2 n/a 130 pwb under th1 93.2 62.5 95.5 64.2 n/a 130 cx1 77 57.5 79.3 59.2 n/a 100 lf1 91.3 65.9 93.6 67.6 n/a 130 cy2 93.5 70.7 95.8 72.4 n/a 125 cp1 79.8 67.4 82.1 69.1 n/a 105
issue date: 2012 - 09 - 24 page 72 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul lp5 92.6 53.9 94.9 55.6 n/a 130 lp3 95.6 82.3 97.9 84 n/a 130 psu1 79.5 76.6 81.8 78.3 n/a 100 t1 coil 82.8 78.1 85.1 79.8 n/a 110 t1 core 90 85.5 92.3 87.2 n/a 110 cy3 69.7 67.2 72 68.9 n/a 125 heat sink near qp1 92.2 83.9 94.5 85.6 n/a n/a heat sink near qs1 92.1 82.5 94.4 84.2 n/a n/a inside enclosure 62.8 62.5 65.1 64.2 n/a 120 outside enclosure 54.6 53 56.9 54.7 n/a 95 ambient 27.7 28.3 30 30 n/a n/a duration 2hr 47min 3hr 5min n/a n/a n/a n/a e300305 - a33 - cb - 4, reissue n/a n/a n/a n/a n/a n/a jmw1100kb1300f01 90vac/ 60hz 90vac/ 60hz(t ma=35 ) 264va c/60hz 264va c/60hz (tma= 35) n/a n/a f2 87.2 95.7 54.5 62.8 n/a 130 th1 87.8 96.3 58.3 66.6 n/a 130 cx1 75.9 84.4 56.8 65.1 n/a 100 lf1 94.7 103.2 68.6 76.9 n/a 130 cy2 89.4 97.9 71.7 80.0 n/a 125 cp2 81.5 90.0 67.8 76.1 n/a 105 lp5 85.8 94.3 53.7 62.0 n/a 130 lp3 100.3 108.8 85.7 94.0 n/a 130 psu1 82.7 91.2 76.2 84.5 n/a 105 t1 coil 98.8 107.3 88.6 96.9 n/a 110 t1 core 93.5 102.0 85.1 93.4 n/a 110 cy3 76.8 85.3 71.4 79.7 n/a 125 heatsink near qp1 82.2 90.7 76 84.3 n/a n/a heat sink near qs1 89.4 97.9 77.9 86.2 n/a n/a ls1 74.7 83.2 68.8 77.1 n/a 130 ls2 68.2 76.7 64.1 72.4 n/a 130 inside enclosure 75.2 83.7 68.8 77.1 n/a 120 outside enclosure 58.1 66.6 54.5 62.8 n/a 95 ambient 26.5 n/a 26.7 n/a n/a n/a duraton 4hr 30min n/a 6hr 54min n/a n/a n/a jmw1100kb1500f01 90vac/ 60hz 90vac/ 60hz(t ma=35 ) 264va c/60hz 264va c/60hz (tma= 35) n/a n/a f2 92.6 100.4 54.8 63.3 n/a 130 th1 100.6 108.4 60.7 69.2 n/a 130 cx1 80.6 88.4 55 63.5 n/a 100 lf1 94.3 102.1 62.4 70.9 n/a 130 cy2 90.5 98.3 67.2 75.7 n/a 125
issue date: 2012 - 09 - 24 page 73 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul cp2 81.3 89.1 64.5 73.0 n/a 105 lp5 96.6 104.4 51.7 60.2 n/a 130 lp3 103.0 110.8 82.6 91.1 n/a 130 psu1 82.4 90.2 74.2 82.7 n/a 105 t1 coil 92.3 100.1 81.8 90.3 n/a 110 t1 core 90.9 98.7 81.9 90.4 n/a 110 cy3 74.8 82.6 66.8 75.3 n/a 125 heatsink near qp1 87.8 95.6 76.2 84.7 n/a n/a heat sink near qs1 84.1 91.9 71.5 80.0 n/a n/a ls1 74.7 82.5 68.1 76.6 n/a 130 ls2 68.0 75.8 62 70.5 n/a 130 inside enclosure 68.1 75.9 61.1 69.6 n/a 120 outside enclosure 56.0 63.8 50.8 59.3 n/a 95 ambient 27.2 n/a 26.5 n/a n/a n/a duraton 5hr 4min n/a 4hr 6min n/a n/a n/a jmw1100kb1600f01 90vac/ 60hz 90vac/ 60hz(t ma=35 ) 264va c/60hz 264va c/60hz (tma= 35) n/a n/a f2 94.1 102.5 56 64.9 n/a 130 th1 100.0 108.4 60.5 69.4 n/a 130 cx1 80.9 89.3 55.2 64.1 n/a 100 lf1 93.3 101.7 61.9 70.8 n/a 130 cy2 90.0 98.4 66.8 75.7 n/a 125 cp2 81.3 89.7 64.9 73.8 n/a 105 lp5 97.7 106.1 52.6 61.5 n/a 130 lp3 103.0 111.4 82.8 91.7 n/a 130 psu1 80.6 89.0 73.4 82.3 n/a 105 t1 coil 89.1 97.5 79.9 88.8 n/a 110 t1 core 88.2 96.6 80.3 89.2 n/a 110 cy3 73.6 82.0 66.8 75.7 n/a 125 heatsink near qp1 80.7 89.1 71.8 80.7 n/a n/a heat sink near qs1 81.3 89.7 69.5 78.4 n/a n/a ls1 71.6 80.0 66 74.9 n/a 130 ls2 63.8 72.2 59.3 68.2 n/a 130 inside enclosure 65.7 74.1 60.2 69 .1 n/a 120 outside enclosure 55.8 64.2 51.8 60.7 n/a 95 ambient 26.6 n/a 26.1 n/a n/a n/a duraton 4hr 34min n/a 5hr 5min n/a n/a n/a jmw1100kb2400f01 90vac/ 60hz 90vac/ 60hz(t ma=35 ) 264va c/60hz 264va c/60hz (tma= 35) n/a n/a f2 90.5 99.1 56.5 64.9 n/a 130 th1 98.1 106.7 62 70.4 n/a 130 cx1 83.7 92.3 59.3 67.7 n/a 100
issue date: 2012 - 09 - 24 page 74 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul lf1 95.5 104.1 63.4 71.8 n/a 130 cy2 90.4 99.0 68 76.4 n/a 125 cp2 84.1 92.7 68.1 76.5 n/a 105 lp5 102.1 110.7 56.3 64.7 n/a 130 lp3 102.7 111.3 85.6 94.0 n/a 130 psu1 79.0 87.6 72.8 81.2 n/a 105 t1 coil 91.6 100.2 82.5 90.9 n/a 110 t1 core 87.3 95.9 80.5 88.9 n/a 110 cy3 72.6 81.2 66.6 75.0 n/a 125 heatsink near qp1 85.3 93.9 77.2 85.6 n/a n/a heat sink near qs1 84.3 92.9 72.4 80.8 n/a n/a ls1 67.6 76.2 62.6 71.0 n/a 130 ls2 66.1 74.7 61.8 70.2 n/a 130 inside enclosure 69.2 77.8 63.7 72.1 n/a 120 outside enclosure 58.0 66.6 54 62.4 n/a 95 ambient 26.4 n/a 26.6 n/a n/a n/a duraton 4hr 41min n/a 12hr 50min n/a n/a n/a temperature t of winding: t 1 (c) r 1 ( ? 2 (c) r 2 ( ? max (c) insulation class n/a n/a n/a n/a n/a n/a n/a n/a supplementary information: t shall not exceed (tmax + tamb - tma), tma: 30 c 4.5.5 table: ball pressur e test of thermoplastic parts n/a allowed impression diameter (mm) ........................ : less than or equal to 2.0 part test temperature ( c) impression diameter (mm) supplementary information: 4.7 table: resistance to fire pass part manufacturer of material type of material thickness (mm) flammability class evidence enclosure sabic innovative plastics 940(f1) min. 2.0 v - 0 enclosure - alternate cheil ind. hn - 1064(+) min. 2.0 v - 0 enclosure - alternate cheil ind. hn - 1064w(+) min. 2.0 v - 0
issue date: 2012 - 09 - 24 page 75 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul supplementary information: ul recognized component used, see appended table 1.5.1. 5.1 table: touch current measurement pass measured between: measured (ma) limit (ma) comments/conditions supplementary information: see clause 5.1 5.2 table: electric strength tests, impulse tests and voltage surge tests pass test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no - - - - functional: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no - - - - basic/supplementary: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no primary to gnd after humidity test ac 1803vac no primary to gnd ac 1803vac no <11ca15702> n/a n/a n/a primary to gnd after humidity test ac 1803vac no primary to gnd ac 1803vac no n/a n/a n/a primary to gnd ac 1803vac no n/a n/a n/a primary to gnd after humidity test ac 2885vac no reinforced: test voltage applied between: voltage shape (ac, dc, impulse, surge) test voltage (v) breakdown yes / no primary to secondary circuit after humidity test ac 3000vac no
issue date: 2012 - 09 - 24 page 76 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul primary to wrapped enclosure by metal foil after humidity test ac 3000vac no primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer primary winding to core(secondary) ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no <11ca15702> n/a n/a n/a primary to secondary circuit after humidity test ac 3000vac no primary to wrapped enclosure by metal foil after humidity test ac 3000vac no primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer primary winding to core(secondary) ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no n/a n/a n/a primary to secondary circuit ac 3000vac no primary to wrapped enclosure by metal foil ac 3000vac no transformer primary winding to secondary winding ac 3000vac no transformer primary winding to core(secondary) ac 3000vac no transformer insulation sheet one layer ac 3000vac no insulation sheet around transformer ac 3000vac no n/a n/a n/a primary to secondary circuit after humidity test ac 4800vac no primary to wrapped enclosure by metal foil after humidity test ac 4800vac no optical isolator after thermal cycling test ac 4800vac no optical isolator after humidity test ac 4800vac no supplementary information: n/a 5.3 table: fault condition tests pass ambient temperature ( c) ................................ ..... : see results power source for eut: manufacturer, model/type, output rating ................................ ............................ : see results component no. fault supply voltage (v) test time fuse # fuse current (a) observation jpw1100k a2400f01 n/a n/a n/a n/a n/a n/a
issue date: 2012 - 09 - 24 page 77 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul 1. bd1(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type ss - 5 by save fusetech. 2. bd1(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type 392 by wickmann. 3. bd1(pin3 - 4) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type ss - 5 by save fusetech. 4. bd1(pin3 - 4) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type 392 by wickmann. 5. c1 short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type ss - 5 by save fusetech. 6. c1 short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type 392 by wickmann. 7. qp1(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp1, up1), nc, nt, nb, fuse: type ss - 5 by save fusetech. 8. qp1(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp1, up1), nc, nt, nb, fuse: type 392 by wickmann. 9. qp1(pin2 - 3) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type ss - 5 by save fusetech. 10. qp1(pin2 - 3) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type 392 by wickmann. 11. qp3(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp3, up2, r2), nc, nt, nb, fuse: type ss - 5 by save fuset ech. 12. qp3(pin1 - 2) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp3, up2, r2), nc, nt, nb, fuse: type 392 by wickmann. 13. qp3(pin1 - 3) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type ss - 5 by save
issue date: 2012 - 09 - 24 page 78 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul fusetech. 14. qp3(pin1 - 3) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. nc, nt, nb, fuse: type 392 by wickmann. 15. qs1(pin2 - 3) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. input current: 0.052a. nc, nt, nb. 16. psu1(pin1 - 2) short circuit 264vac 10min f1,f 2 3.15 cd(rs1, us1). fi: 0.049a. nc, nt, nb. 17. psu1(pin1 - 2) short circuit 264vac 10min f1,f 2 3.15 cd(rs1, us1). fi: 0.049a. nc, nt, nb. 18. psu1(pin1 - 2) short circuit 264vac 10min f1,f 2 3.15 cd(rs1, us1). fi: 0.049a. nc, nt, nb. 19. psu1(pin3 - 4) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.048a. nc, nt, nb. 20. us1(pin3 - 4) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.181a. nc, nt, nb. 21. c10 short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.072a. nc, nt, nb. 22. d1 short circuit 264vac 10min f1,f 2 3.15 normal operated. input current: 0.465a. nc, nt, nb. 23. up1(pin1 - 4) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp1), nc, nt, nb, fuse: type ss - 5 by save fusetech. 24. up1(pin1 - 4) short circuit 264vac 1sec f1,f 2 3.15 immediately fuses(f1,f2) opened. cd(qp1), nc, nt, nb, fuse: type 392 by wickmann. 25. up1(pin6 - 8) short circuit 264vac 4hr 40min f1,f 2 3.15 cd(rp10). fi: 0.616a, temp. stabilized at t1 coil: 79.6c, t1 core: 79.1c (amb:26.5 c), nc, nt, nb. 26. up1(pin6 - 8) short circuit 264vac 1hr 40min f1,f 2 3.15 cd(rp10). fi: 0.616a, temp. stabilized at t1 coil: 123.5c, t1 core: 128.8c (amb:28.1c), nc, nt, nb. 27. up1(pin6 - 8) short circuit 264vac 2hr 34min f1,f 2 3.15 cd(rp10). fi: 0.615 a, temp. stabilized at t1 coil: 113.5c, t1 core: 110.8c
issue date: 2012 - 09 - 24 page 79 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul (amb:28.3c), nc, nt, nb. 28. up2(pin2 - 6) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.049a. nc, nt, nb. 29. up2(pin1 - 2) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.050a. nc, nt, nb. 30. up2(pin1 - 4) short circuit 264vac 4min f1,f 2 3.15 after 4 minute operation, fuses(f1,f2) opened. cd(qp3, up2), nc, nt, nb, fuse: type ss - 5 by save fusetech. 31. up2(pin1 - 4) short circuit 264vac 3min f1,f 2 3.15 after 4 minute operation, fuses(f1,f2) opened. cd(qp3, up2), nc, nt, nb, fuse: type 392 by wickmann. 32. up2(pin4 - 5) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.048a. nc, nt, nb. 33. t1(pin11 - 14) short circuit 264vac 10min f1,f 2 3.15 immediately internal protection operated. fi: 0.057a. nc, nt, nb. 34. c8(+) to gnd for jpw1100k a1200f01 overload 264vac 7hr 31min f1,f 2 3.15 ct at 12.0 a outpu t load current, temp. stabilized at t1 coil: 127.7c, t1 core: 145.0c (amb:26.2c), and internal protection circuit operated, and short circuit finally, nc, nt, nb. 35. c8(+) to gnd for jpw1100k a1500f01 overload 264vac 7hr 19min f1,f 2 3.15 ct at 11.0 a o utput load current, temp. stabilized at t1 coil: 136.5c, t1 core: 123.9c (amb:26.5c), and internal protection circuit operated, and short circuit finally, nc, nt, nb. 36. c8(+) to gnd for jpw1100k a1800f01 overload 264vac 6hr 21min f1,f 2 3.15 ct at 8.5 a output load current, temp. stabilized at t1 coil: 115.1c, t1 core: 117.3c (amb:26.8c), and internal protection circuit operated, and short circuit finally, nc, nt, nb. 37. c8(+) to gnd for jpw1100k a2400f01 overload 264vac 5hr 59min f1,f 2 3.15 ct at 6.0 a output load current, temp. stabilized at t1 coil: 109.9c, t1 core: 103.6c (amb:26.2c), and
issue date: 2012 - 09 - 24 page 80 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul internal protection circuit operated, and short circuit finally, nc, nt, nb. 38. qs1, #2 to 3 short 240vac n/a f1,f 2 3.15 selv reliability test, 2.74 vdc between t1, # 11, 12, 13 to qs1, #3 after short. <11ca157 02> n/a n/a n/a n/a n/a n/a jpw1100k b1600f01 n/a n/a n/a n/a n/a n/a up1 pin 6 - 8 short 264vac 10min f1,f 2 3.15a fi:0.593a, nc,nt,nb up1 pin1 - 4 short 264vac 10min f1,f 2 3.15a fi:0.593a, nc,nt,nb up1 pin 7 - 8 short 264vac 1s f1,f 2 3.15a fi:0a, fuse opened(f1,f2),cd(up1, qp1) by 392 up1 pin 7 - 8 short 264vac 1s f1,f 2 3.15a fi:0a, fuse opened(f1,f2),cd(up1, qp1) by ss - 5 up2 pin 6 - 5 short 264vac 1s f1,f 2 3.15a fi:0a, fuse opened(f1,f2),cd(up1, qp1) by 392 up2 pin 6 - 5 short 264vac 1s f1,f 2 3.15a fi:0a, fuse opened(f1,f2),cd(up1, qp1) by ss - 5 up2 pin 6 - 4 short 264vac 10min f1,f 2 3.15a fi:0.149a, ip, nc,nt,nb c8(+) to gnd for jpw1100k b1200f01 overload 90vac 8hrs f1,f 2 3.15a the highest load ; 7.7a, temperature stabilized ; t1 coil ; 99.5degreec, t1 core; 102.7 degreec, ambient ; 25.5 degreec, immediately ip after short circuit, fi=0.322a, nc,nt,nb c8(+) to gnd for jpw1100k b1300f01 overload 90vac 8hrs f1,f 2 3.15a the highest load ; 7.5a, temperature stabilized ; t1 coil ; 87.1degreec, t1 core; 97.4 degreec, ambient ; 25.2degreec, immediately ip after short circuit, fi=0.349a, nc,nt,nb c8(+) to gnd for jpw1100k b1500f01 overload 90vac 8hrs f1,f 2 3.15a the highest load ; 6.8a, temperature stabilized ; t1 coil ; 117.2degreec, t1 core; 130.3 degreec,
issue date: 2012 - 09 - 24 page 81 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul ambient ; 26.4 degreec, immediately ip after short circuit, fi=0.227a, nc,nt,nb c8(+) to gnd for jpw1100k b1600f01 overload 90vac 8hrs f1,f 2 3.15a the highes t load ; 6.5a, temperature stabilized ; t1 coil ; 113.6degreec, t1 core; 96.8 degreec, ambient ; 25.7degreec, immediately ip after short circuit, fi=0.328a, nc,nt,nb , 11ca3796 4 n/a n/a n/a n/a n/a n/a qp1 pin 1 - 2 short 264vac 1sec f1,f 2 3.15 immediately fuse(f1,f2) opened. cd(qp1, up1) , nc,nt,nb, fuse type ss - 5 by save fusetech qp1 pin 1 - 2 short 264vac 1sec f1,f 2 3.15 immediately fuse(f1,f2) opened. cd(qp1, up1) , nc,nt,nb, fuse type 392 by wickmann qp1 pin 2 - 3 short 264vac 1sec f1,f 2 3.15 immediately fuse(f1,f2) opened. nc,nt,nb, fuse type ss - 5 by save fusetech qp1 pin 2 - 3 short 264vac 1sec f1,f 2 3.15 immediately fuse(f1,f2) opened. nc,nt,nb, fuse type 392 by wickmann c8(+) to gnd for jpw1100k b1900f01 overload 90vac 5hrs f1,f 2 3.15a the highest load ; 6a, temperature stabilized ; t1 coil ; 121.7 degreec, t1 core; 125.8 degreec, ambient ; 24.4 degreec, immediately ip after short circuit, fi=0.153a, nc,nt,nb c8(+) to gnd for jpw1100k b2400f01 overload 90vac 8hrs f1,f 2 3.15a the highest load ; 5a, temperature stabilized ; t1 coil ; 130.8degreec, t1 core; 105.7 degreec, ambient ; 25.2degreec, immediately ip after short circuit, fi=0.15a, nc,nt,nb issue date: 2012 - 09 - 24 page 82 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul a33 - cb - 3> bd pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb bd pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb bd pin 3 - 4 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb bd pin 3 - 4 short 264vac 1s f1, f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb qp1 pin 2 - 3 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb qp1 pin 2 - 3 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb c1 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb c1 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb qp1 pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb qp1 pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb qp3 pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb qp3 pin 1 - 2 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb qp3 pin 1 - 3 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(392 wickmann)open, nc,nt,nb qp3 pin 1 - 3 short 264vac 1s f1,f 2 f1;7a, f2;3.15a f2(ss - 5 save fusetech)open, nc,nt,nb supplementary information: c.2 table: transformers pass loc. tested insulation working voltage peak /v (2.10.2) working voltage rms /v (2.10.2) required electric strength (5.2) required clearance / mm (2.10.3) required creepage distance / mm (2.10.4) required distance thr. insul. (2.10.5) loc. tested insulation test voltage / v measured clearance / mm measured creepage dist./mm measured distance thr. insul / mm; number of layers
issue date: 2012 - 09 - 24 page 83 of 83 report reference # e300305 - a33 - cb - 4 iec 60950 - 1 clause requirement + test result - remark verdict trf no. : iec60950_1b this report issued under the responsibility of ul transformer type number enclosure - miscellaneous id transformer_ 3025579001a 7 - 7 transformer_ 3025579002a 7 - 8 supplementary information:
issue date: 2012 - 09 - 24 page 1 of 41 report reference # e300305 - a33 - cb - 4 this report issued under the responsibility of ul enclosure national differences austria** belgium** china* czech republic** denmark finland france** germany greece** group hungary** ireland israel italy** japan* korea netherlands** norway poland** portugal** singapore* slovakia** slovenia** spain sweden switzerland usa / canada united kingdom * no national differences declared ** only group differences
issue date: 2012 - 09 - 24 page 2 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul denmark - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.2.4.1 in denmark, certain types of class i appliances (see sub - clause 3.2.1.1) may be provided with plug not establishing earthing continuity when inserted into danish socket - outlets. n/a 1.7.5 in denmark, socket - outlets for providing power to other equipment shall be in accordance with the heavy current regulations, section 107 - 2 - d1, standard sheet dk 1 - 3a, dk 1 - 5a or dk 1 - 7a, when used on class i equipment. for stationary equipment, the socket - outlet shall be in accordance with standard sheet dk 1 - 1b or dk 1 - 5a. n/a 1.7.5 for class ii equipment the socket outlet shall be in accordance with standard sheet dka 1 - 4a. (heavy current regulations, sec tion 107 - 2 - d1) n/a 3.2.1.1 supply cord of single - phase equipment having a rated current not exceeding 13 a shall be provided with a plug according to the heavy current regulations, section 107 - 2 - d1. class i equipment provided with socket - outlets with earth contact or which are intended to be used in locations where protection against indirect contact is required according to the wiring rules shall be provided with a plug in accordance with standard sh eet dk 2 - 1a or dk 2 - 5a. if poly - phase equipment and single - phase equipment having a rated current exceeding 13 a is provided with a supply cord with a plug, this plug shall be in accordance with the heavy current regulations, section 107 - 2 - d1 or en 60309 - 2. n/a
issue date: 2012 - 09 - 24 page 3 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul finland - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.5.7.1 resistors bridging basic insulation in class i pluggable equipment type a must comply with the requirements in 1.5.7.1. in addition when a single resistor is used, the resistor must withstand the resistor test in 1.5.7.2. n/a 1.5.9.4 the third dashed sentence is applicable only to equipment as defined by annex, 6.1.2.2. n/a 1.7.2.1 class i pluggable equipment type a intended for connection to other equipment or a network shall, if safety relies on connection to protective earth or if surge suppressors are connected between the network terminals and accessible parts, have a marking st ating that the equipment must be connected to an earthed mains socket - outlet. the marking text shall be: "laite on liitett?v? suojakoskettimilla varustettuun pistorasiaan" operating instructions and warnings are written in an accep ted language of the certain country. n/a 2.3.2 requirements according to this annex 6.1.2.1 and 6.1.2.2 apply. n/a 2.10.5.13 requirements according to this annex 6.1.2.1 and 6.1.2.2 apply. n/a 5.1.7.1 touch current measurement results exceeding 3,5 ma r.m.s are permitted only for the following equipment: - stationary pluggable equipment type a that: (1) is intended to be used in a restricted access location where equipotential bonding has been applied, for example, in a telecommunication centre; and (2) has provision for a permanently connected protectiv e earthing conductor; and (3) is provided with instructions for the installation n/a
issue date: 2012 - 09 - 24 page 4 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul of that conductor by a service person; - stationary pluggable equipment type b - stationary permanently connected equipment 6.1.2.1 add the following text between the first and second paragraph of the compliance clause: if this insulation is solid, including insulation forming part of a component, it shall at least consist of either - two layers of thin sheet material, each of which shall pass the electric strength test below, or - one layer having a distance through insulation of at least 0,4 mm, which shall pass the electric strength test below. alternatively for components, there is no distance through insulation require ment for the insulation consisting of an insulating compound completely filling the casing, so that clearances and creepage distances do not exist, if the component passes the electric strength test in accordance with the compliance clause below and in add ition - passes the tests and inspection criteria of 2.10.11 with an electric strength test of 1,5 kv multiplied by 1,6 (the electric strength test of 2.10.10 shall be performed using 1,5 kv), and - is subject to routine testing for electric strength during manufacturing, using a test voltage of 1,5 kv. it is permitted to bridge this insulation with an optocoupler complying with 2.10.5.4 b). it is permitted to bridge this insulation with a capacitor complying with en 132400:1994 (en 60384 - 14:2005 ), subclass y2. a capacitor classified y3 according to en 132400 [en 60384 - 14:2005], may bridge this insulation under the following conditions: - the insulation requirements are satisfied by having a capacitor classified y3 as defined by en 132400 [en 6038 4 - 14], which in addition to the y3 testing, is tested with an impulse test of 2,5 kv n/a
issue date: 2012 - 09 - 24 page 5 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul defined in en 60950 - 1:2006, 6.2.2.1; - the additional testing shall be performed on all the test specimens as described in en 132400 [en 60384 - 14]; - the impulse test of 2 ,5 kv is to be performed before the endurance test in en 132400 [en 60384 - 14], in the sequence of tests as described in en 132400 [en 60384 - 14]. 6.1.2.2 the exclusions are applicable for permanently con nected equipment, pluggable equipment type b and equipment intended to be used in a restricted access location where equipotential bonding has been applied, e.g. in a telecommunication center, and which has provision for a permanently connected protective earthing conductor and is provided with instructions for the installation of that conductor by a service person. n/a 7.2 requirements according to this annex 6.1.2.1 and 6.1.2.2 apply with the term telecommunication network in 6.1.2 being replaced by the term cable distribution system. n/a germany - differences to iec 60950 - 1:2005 (2nd e dition); am 1:2009 1.7.2.1 according to gpsg, section 2, clause 4: if certain rules on the use, supplementation or maintenance of an item of technical work equipment or ready - to - use commodity must be observed in order to guarantee safety and health, instructions for use in german must be supplied when it is brought into c irculation. n/a
issue date: 2012 - 09 - 24 page 6 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul group - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.1.1 replace the text of note 3 by the following: note 3 the requirements of en60065 may also be used to meet safety requirements for multimedia equipment. see iec guide 112, guide on the safety of multimedia equipment. for television sets, en60065 applies. n/a 1.2.3 add the following definition. 1.2.3.z1 portable sound system small battery powered audio equipment - whose prime purpose is to listen to recorded or boardcasted sound; and - that uses headphones or earphones that can be worn in or on or around t he ears; and - that allows the user to walk around note: examples are mini - disk or cd players, mp3 audio players or similar equipment. n/a 1.5.1 add the following note z1: the use of certain substances in electrical and electronic equipment is restricted within the eu: see directive 2002/95/ec n/a 1.7.2.1 delete note z1 and addd the following paragr aph at the end of the subclause: in addition, for a portable sound system, the instructions shall include a a warning that excessive sound pressure from earphones and headphones can cause hearing loss. n/a 2.7.1 replace the subclause as follows: basic requirements to protect against excessive current, short - circuits and earth faults in primary circuits, protective devices shall be included either as integral parts of the equipment or as parts of the bu ilding installation, subject to the following, a), b) and c): a) except as detailed in b) and c), protective devices necessary to comply with the requirements pass
issue date: 2012 - 09 - 24 page 7 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul of 5.3 shall be included as parts of the equipment; b) for components in series with the mains in put to the equipment such as the supply cord, appliance coupler, r.f.i. filter and switch, short - circuit and earth fault protection may be provided by protective devices in the building installation; c) it is permitted for pluggable equipment type b or per manently connected equipment, to rely on dedicated overcurrent and short - circuit protection in the building installation, provided that the means of protection, e.g. fuses or circuit breakers, is fully specified in the installation instructions. if relianc e is placed on protection in the building installation, the installation instructions shall so state, except that for pluggable equipment type a the building installation shall be regarded as providing protection in accordance with the rating of the wall s ocket outlet. 2.7.2 void n/a 3.2.3 delete the note and conduit sizes in parentheses in table 3a n/a 3.2.5.1 replace: "60245 iec 53" by "h05 rr - f" "60227 iec 52" by "h03 vv - f or h03 vvh2 - f" "60227 iec 53" by "h05 vv - f or h05 vvh2 - f" in table 3b, replace the first four lines by the following: up to and including 6 0.75 a) over 6 up to and including 10 0.75 b) 1.0 over 10 up to and including 16 1.0 c) 1.5 in the conditions applicable to table 3b, delete the words "in some countries" in condition a). in note 1, applicable table 3b, to delete the second sentence. n/a 3.3.4 in table 3d, delete the fourth line: conductor n/a
issue date: 2012 - 09 - 24 page 8 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul sizes for 10 to 13 a, and replace with the following: "over 10 up to and including 16 1.5 to 2.5 1.5 to by 4" delete the fifth line: conductor sizes for 13 to 16a. 4.3.13.6 replace the existing note by the following: note z1 attention is drawn to 1999/519/ec : council recommendation on the limitation of exposure of the general public to electromagnetic fields 0 hz to 300 ghz and 2006/25/ec: directive on the minimum health and safety requirements regarding the exposure of workers to risks arising from physical agents (artificial optical radiation). standards taking into account this recommendation which demonstrate compliance with the applicable eu directive are indicated in the ojec. n/a h replace the last paragraph of this annex by: at any point 10 cm from the surface of the operator access area, the dose rate shall not exceed 1 sv/h (0,1 mr/h) (see note). account is taken of the background level. replace the notes as follows: note - these values appear in directive 96/29/euratom. delete note 2. n/a zx protection against excessive sound pressure from personal music players n/a zx.1 general - this sub - clause specifies requirements for protection against excessive sound pressure from personal music players that are closely coupled to the ear. it also specifies requirements for earphones and headphones intended for use with personal mus ic players. a personal music player is a portable equipment for personal use, that: - is designed to allow the user to listen to recorded n/a
issue date: 2012 - 09 - 24 page 9 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul or broadcast sound or video; and - primarily uses headphones or earphones that can be worn in or on or around the ear s; and - allows the user to walk around while in use. note 1 examples are hand - held or body - worn portable cd players, mp3 audio players, mobile phones with mp3 type features, pdas or similar
issue date: 2012 - 09 - 24 page 10 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 71 - 1 apply. zx.2 equipment requirements - no safety provision is required for equipment that complies with the following: - equipment provided as a package (per sonal music player with its listening device), where the acoustic output laeq,t is while playing the fixed programme simulation noise as described in en 50332 playing the fixed programme simulation noise as
issue date: 2012 - 09 - 24 page 11 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul listening time, independent how often and how long the personal music player has been switched off. d) have a warning as specified in zx.3; and e) not exceed the following: 1) equipment provided as a package (player with its listening device), the acoustic output shall be the fixed programme simulation noise described playing the fixed programme simulation noise warning - the warning shall be placed on the equipment, or on the packaging, or in the instruction manual an d shall consist of the following: - the symbol of figure 1 (iec 60417 - 6044) with a minimum height of 5 mm; and - the following wording, or similar: n/a
issue date: 2012 - 09 - 24 page 12 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul to prevent possible hearing damage, do not listen at high volume levels for long periods. requirements for listening devices (hea dphones and earphones) n/a zx.4.1 wired listening devices with analogue input with 94 dba sound pressure output laeq,t, the input voltage of the fixed programme simulation noise described in en 50332 C C C zx.4.2 wired listening devices with digital input with any playing device playing the fixed programme simulation noise zx.4.3 wireless listening devices in wireless mode: n/a
issue date: 2012 - 09 - 24 page 13 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul - with any playing and transmitting device playing the fixed programme simulation noise described in en 50332 - 1; and - respecting the wireless transmission standards, where an air interface standard exists that specifies the equivalent acoustic level; and - with volume and sound settings in the listening device (for example built - in volume level control, additional sound feature like equalization, etc.)set to the combination of positions that maximize the measured acoustic output for the abovementioned programme simulation noise, the acoustic output laeq,t of the listening device shall be measurement methods measurements shall be made in accordance with en 50332 - 1 or en 50332 - 2 as applicable. unless stated otherwise, the time interval t shall be 30 s. note test method for wireless equipment provided without listening device should be defined. n/a ireland - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 4.3.6 direct plug - in equipment is known as plug similar devices. such devices shall comply with statutory instrument 526:1997 - nati onal standards authority of ireland (section 28) (electrical plugs, plug similar devices and sockets for domestic use) regulations, 1997. n/a
issue date: 2012 - 09 - 24 page 14 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul israel - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.6.1 add note: this clause is applicable subject to the electricity law, 1954, its regulations and revisions. n/a 1.7 add: sub - clause 1.7.201 shall be added at the beginning of the clause. n/a 1.7.2.1 add: all the instructions and warnings related to safety shall also be written in the hebrew language. n/a 1.7.201 the marking in the hebrew language shall be in accordance with the consumer protection order (marking of goods), 1983. in addition, the marking required by clause 1.7.1, the following details shall be marked in the hebrew language. the details shall be ma rked on the apparatus or on its package, or on a label properly attached to the apparatus or on the package, by bonding or sewing, in a manner that the label cannot be easily removed. 1) name of the apparatus and its commercial designation; 2) manufactu rers name and address. if the apparatus is imported, the importers name and 3) manufacturers registered trademark,if any; 2.9.4 add: seven means of projects against electrocution are permitted according to the electricity law, 1954, and the electricity regulations (earthing and means of protection against electricity of voltages up to 1,000v) 1991. the seven are 1) tn - s or tn - c - s 2) tt 3) it 4) isolated transformer n/a
issue date: 2012 - 09 - 24 page 15 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 5) safety extra low voltage (selv or elv) 6) residual current circuit breaker (30 ma = 1delta) 7) reinforced insulation; double insulation (class ii) 2.201 add: prior to carrying out the tests in accordance with the clauses of this standard, the compliance of the apparatus with the relevant requirements specified in the appropriate part of the standard series si 961, shall be checked. the apparatus shall meet the requirements in the appropriate part of the standard series si 961. if there are components of the apparatus for the prevention of electromagnetic interference, these components shall not reduce the safety level of the apparatus a s required by this standard. n/a 3.2.1.1 add after the note: the feed plug shall comply with the requirements of israel standard si 32 part 1.1. n/a 3.2.1.2 add: at the end of the first paragraph add the following note: at the time of issue of the standard, there is no israel standard for connection accessories to d.c. n/a
issue date: 2012 - 09 - 24 page 16 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul korea - differences to iec 60950 - 1:200 5 (2nd edition); am 1:2009 1.5.101 plugs for the connection of the apparatus to the mains supply shall comply with the korean requirement (ksc 8305) appliance inlet provided for models; a detachable power supply cord in compliance with national requirements will be provided by the local distributor. n/a 8 emc - the apparatus shall comply with the relevant cispr standards this test report covers safety evaluation only according to iec60950 - 1; emc testing to be covered by separate test report. n/a
issue date: 2012 - 09 - 24 page 17 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul norway - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.2.13.14 requirements according to this annex 1.7.2.1 and 7.3 apply. n/a 1.5.7.1 resistors bridging basic insulation in class i pluggable equipment type a must comply with the requirements in 1.5.7.2. in addition when a single resistor is used, the resistor must withstand the resistor test in 1.5.7.2. n/a 1.5.8 due to the it power system used (see annex v, figure v.7), capacitors are required to be rated for the applicable line - to - line voltage (230 v). rated min. 250 vac pass 1.5.9.4 the third dashed sentence is applicable only to equipment as defined in 6.1.2.2 of this annex. n/a 1.7.2.1 class i pluggable equipment type a intended for connection to other equipment or a network shall, i f safety relies on connection to protective earth or if surge suppressors are connected between the network terminals and accessible parts, have a marking stating that the equipment must be connected to an earthed mains socket - outlet. the marking text sha ll be: "apparatet m? tilkoples jordet stikkontakt" operating instructions and warnings are written in an accepted language of the certain country. n/a 1.7.2.1 in norway, the screen of the cable distribution system is normally not earthed at the entrance of the building and there is normally no equipotential bonding system within the building. therefore the protective earthing of the building installation need to be isolated from the screen of a cable distribution system. it is however accepted to provide the insulation external to the equipment by an adapter or an interconnection cable with galvanic isolator, which may be provided by e.g. a retailer. n/a
issue date: 2012 - 09 - 24 page 18 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul the user ma nual shall then have the following or similar information in norwegian and swedish language respectively, depending on in what country the equipment is intended to be used in: "equipment connected to the protective earthing of the building installation thr ough the mains connection or through other equipment with a connection to protective earthing - and to a cable distribution system using coaxial cable, may in some circumstances create a fire hazard. connection to a cable distribution system has therefore to be provided through a device providing electrical isolation below a certain frequency range (galvanic isolator, see en 60728 - 11)." note: in norway, due to regulation for installations of cable distribution systems, and in sweden, a galvanic isolator sh all provide electrical insulation below 5 mhz. the insulation shall withstand a dielectric strength of 1,5 kv r.m.s., 50 hz or 60 hz, for 1 min. translation to norwegian (the swedish text will also be accepted in norway): utstyr som er koplet requirements according to this annex, 1.7.2.1, 6.1.2.1 and 6.1.2.2 apply. n/a 2.3.2 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply. n/a 2.3.4 requirements according to this annex, 1.7.2.1, 6.1.2.1 and 6.1.2.2 apply. n/a 2.10.5.13 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply. n/a
issue date: 2012 - 09 - 24 page 19 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 5.1.7.1 touch current measurement results exceeding 3,5 ma r.m.s are permitted only for the following equipment: - stationary pluggable equipment type a that: (1) is intended to be used in a restricted access location where equipotential bonding has been applied, for example, in a telecommunication centre; and (2) has provision for a permanently connected protectiv e earthing conductor; and (3) is provided with instructions for the installation of that conductor by a service person; - stationary pluggable equipment type b - stationary permanently connected equipment n/a 6.1.2.1 add the following text between the first and second paragraph of the compliance clause: if this insulation is solid, including insulation forming part of a component, it shall at least consist of either - two layers of thin sheet material, each of which shall pass the electric strength test below, or - one layer having a distance through insulation of at least 0,4 mm, which shall pass the electric strength test below. alternatively for components, there is no distance through insulation require ment for the insulation consisting of an insulating compound completely filling the casing, so that clearances and creepage distances do not exist, if the component passes the electric strength test in accordance with the compliance clause below and in add ition - passes the tests and inspection criteria of 2.10.11 with an electric strength test of 1,5 kv multiplied by 1,6 (the electric strength test of 2.10.10 shall be performed using 1,5 kv), and - is subject to routine testing for electric strength during manufacturing, using a test voltage of 1,5 kv. n/a
issue date: 2012 - 09 - 24 page 20 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul it is permitted to bridge this insulation with an optocoupler complying with 2.10.5.4 b). it is permitted to bridge this insulation with a capacitor complying with en 132400:1994, subclass y2. a capacitor classified y3 according to en 123400 [en 60384 - 14:2005], may bridge this insulation under the following conditions: - the insulation requirements are satisfied by having a capacitor classified y3 as defined by en 132400 [en 60384 - 14], which in addition to the y3 testing, is tested with an impulse test of 2,5 kv defined in en 60950 - 1:2006, 6.2.2.1; - the additional testing shall be performed on all the test specimens as described in en 132400 [en 60384 - 14]; - the impulse test of 2,5 kv is to be p erformed before the endurance test in en 132400 [en 60384 - 14], in the sequence of tests as described in en 132400 [en 60384 - 14.] 6.1.2.2 the exclusions are applicable for permanently connected equipment and pluggable equipment type b and equipment intended to be used in a restricted access location where equipotential bonding has been applied, e.g. in a telecommunication centre, and which has provision for a permanently connected protective earthing cond uctor and is provided with instructions for the installation of that conductor by a service person. n/a 7.2 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply with the term telecommunication network in 6.1.2 being replaced by the term cable distribution system. n/a 7.3 refer to en 60728 - 11:2005 for installation conditions n/a
issue date: 2012 - 09 - 24 page 21 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 7.3 requirements according to this annex 1.2.13.14 and 1.7.2.1 apply. n/a spain - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 3.2.1.1 supply cords of single - phase equipment having a rated current not exceeding 10a shall be provided with a plug according to une 20315:1994. supply cords of single - phase equipment having a rated current not exceeding 2.5a shall be provided with a plug accor ding to une - en 50075:1993. class 1 equipment provided with socket - outlets with earth contacts or which are intended to be used in locations where protection against indirect contact is required according to the wiring rules, shall be provided with a plug in accordance with standard une 20315:1994. if poly - phase equipment is provided with a supply cord with a plug, this plug shall be in accordance with une - en 60309 - 2. n/a
issue date: 2012 - 09 - 24 page 22 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul sweden - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.2.13.14 requirements according to this annex 1.7.2.1 and 7.3 apply. n/a 1.5.7.1 resistors bridging basic insulation in class i pluggable equipment type a must comply with the requirements in 1.5.7.2. in addition when a single resistor is used, the resistor must withstand the resistor test in 1.5.7.2. n/a 1.5.9.4 the third dashed sentence is applicable only to equipment as defined by this annex, 6.1.2.2 n/a 1.7.2.1 class i pluggable equipment t ype a intended for connection to other equipment or a network shall, if safety relies on connection to protective earth or if surge suppressors are connected between the network terminals and accessible parts, have a marking stating that the equipment must be connected to an earthed mains socket - outlet. the marking text shall be:"apparaten skall anslutas till jordat uttag" operating instructions and warnings are written in an accepted language of the certain country. n/a 1.7.2.1 in sweden, the screen of the cable distribution system is normally not earthed at the entrance of the building and there is normally no equipotential bonding system within the building. therefore the protective earthing of the buildin g installation need to be isolated from the screen of a cable distribution system. it is however accepted to provide the insulation external to the equipment by an adapter or an interconnection cable with galvanic isolator, which may be provided by e.g. a retailer. the user manual shall then have the following or similar information in norwegian and swedish language respectively, depending on in what country the equipment is intended to be used in: "equipment connected to the protective earthing of the bui lding installation through the mains connection or through other equipment with a n/a
issue date: 2012 - 09 - 24 page 23 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul connection to protective earthing - and to a cable distribution system using coaxial cable, may in some circumstances create a fire hazard. connection to a cable distributio n system has therefore to be provided through a device providing electrical isolation below a certain frequency range (galvanic isolator, see en 60728 - 11)." note: in norway, due to regulation for installations of cable distribution systems, and in sweden, a galvanic isolator shall provide electrical insulation below 5 mhz. the insulation shall withstand a dielectric strength of 1,5 kv r.m.s., 50 hz or 60 hz, for 1 min. translation to swedish: "utrustning som ?r kopplad till skyddsjord via jordat v?gguttag o ch/eller via annan utrustning och samtidigt ?r kopplad till kabel - tv n?t kan i vissa fall medf?ra risk f?r brand. f?r att undvika detta skall vid anslutning av utrustningen till kabel - tv n?t galvanisk isolator finnas mellan utrustningen och kabel - tv n?tet. " 2.3.2 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply. n/a 2.10.5.13 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply. n/a 5.1.7.1 touch current measurement results exceeding 3,5 ma r.m.s are permitted only for the following equipment: stationary pluggable equipment type a that: (1) is intended to be used in a restricted access location where equipotential bonding has been applied, for example, in a telecommunication centre; and (2) has provision for a permanently connected protective earthing conductor; and (3) is provided with instructions for the installation of that conductor by a service person; - stationary pluggable type b - stationary permanently connected equipment n/a
issue date: 2012 - 09 - 24 page 24 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 6.1.2.1 add the following text between the first and second paragraph of the compliance clause: if this insulation is solid, including insulation forming part of a component, it shall at least consist of either - two layers of thin sheet material, each of which sh all pass the electric strength test below, or - one layer having a distance through insulation of at least 0,4 mm, which shall pass the electric strength test below. alternatively for components, there is no distance through insulation requirement for the insulation consisting of an insulating compound completely filling the casing, so that clearances and creepage distances do not exist, if the component passes the electric strength test in accordance with the compliance clause below and in addition - pass es the tests and inspection criteria of 2.10.11 with an electric strength test of 1,5 kv multiplied by 1,6 (the electric strength test of 2.10.10 shall be performed using 1,5 kv), and - is subject to routine testing for electric strength during manufacturi ng, using a test voltage of 1,5 kv. it is permitted to bridge this insulation with an optocoupler complying with 2.10.5.4 b). it is permitted to bridge this insulation with a capacitor complying with en 132400:1994, subclass y2. a capacitor classified y3 according to en 132400 [en 60384 - 14:2005], may bridge this insulation under the following conditions: - the insulation requirements are satisfied by having a capacitor classified y3 as defined by en 132400 [en 60384 - 14], which in addition to the y 3 testing, is tested with an impulse test of 2,5 kv defined in en 60950 - 1:2006, 6.2.2.1; - the additional testing shall be performed on all the test specimens as described in en 132400 [en 60384 - 14]; - the impulse test of 2,5 kv is to be performed before t he endurance test in en 132400 [en 60384 - 14], in the sequence of tests as described in n/a
issue date: 2012 - 09 - 24 page 25 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul en 132400 [en 60384 - 14.] 6.1.2.2 the exclusions are applicable for permanently connected equipment and pluggable eq uipment type b and equipment intended to be used in a restricted access location where equipotential bonding has been applied, e.g. in a telecommunication centre, and which has provision for a permanently connected protective earthing conductor and is prov ided with instructions for the installation of that conductor by a service person. n/a 7.2 requirements according to this annex, 6.1.2.1 and 6.1.2.2 apply with the term telecommunication network in 6.1 .2 being replaced by the term cable distribution system. n/a 7.3 requirements according to this annex 1.2.13.14 and 1.7.2.1 apply. n/a
issue date: 2012 - 09 - 24 page 26 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul switzerland - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 3.2.1.1 sup ply cords of equipment having a rated current not exceeding 10a shall be provided with a plug complying with sev 1011 or iec 60884 - 1 and one of the following dimension sheets: sev 6532 - 2 1991 plug type 15 3p+n+pe 250/400 v, 10a sev 6533 - 2 1991 plug type 11 l+n 250 v, 10a sev 6534 - 2 1991 plug type 12 l+n+pe 250v, 10a in general, en 60309 applies for plugs for currents exceeding 10a. however, a 16a plug and socket - outlet system is being introduced in switzerland, the plugs of which are according to the foll owing dimension sheets, published in february, 1998. sev 5932 - 2 1998:plug type 25 3l+n+pe 230/400v, 16a sev 5933 - 2 1998:plug type 21 l+n 250 v, 16a sev 5934 - 2 1998:plug type 23 l+n+pe 250 v, 16a n/a 3.2.4 requirements according to this annex 3.2.1.1 apply. n/a
issue date: 2012 - 09 - 24 page 27 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul usa / canada - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 1.1 equipment able to be install ed in accordance with the national electrical code ansi/nfpa 70 and the canadian electrical code, part1, and when applicable, the national electrical safety code, ieee c2. pass 1.1.1 equipment able to be installed in accordance with ansi/nfpa 75 and nec art. 645 unless intended for use outside of computer room and provided with such instructions. pass 1.1.2 equipment in wire - line commun ication facilities serving high - voltage electric power stations operating at greater than 1kv are excluded. n/a 1.1.2 special requirements apply to equipment intended for use outdoors. n/a 1.4.14 for pluggable equipment type a, the protection in the installation is assumed to be 20 a. pass 1.5.1 all iec standards for components identified in annex p.1 replaced by the relevant requirements of csa and ul component standards in annex p.1. pass 1.5.1 all iec standards for components identified in annex p.2 alternatively satisfied by the relevant requirements of csa and ul component standards in annex p.2. pass 1.5.5 interconnecting cables acceptable for the application regarding voltage, current, temperature, flammability, mechanical serviceability and the like. (see appended table 1.5.1) pass
issue date: 2012 - 09 - 24 page 28 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 1.5.5 for other th an limited power and tnv circuits, the type of output circuit identified for output connector. n/a 1.5.5 external cable assemblies that exceed 3.05 m in length to be types specified in the nec and cec. n/a 1.5.5 detachable external interconnecting cables 3.05 m or less in length and provided with equipment marked to identify the responsible organization and the designation for the cable. n/a 1.5.5 building wiring and cable for use in ducts, plenums and other air handling space subject to special requirements and excluded from scope. n/a 1.5.5 telephone line and extension cords and the like comply with ul 1863 and csa c22.2 no. 233. n/a 1.6.1.2 equipment intended for connection to a d.c. power (mains) distribution system is subject to special cir cuit classification requirements (e.g., tnv - 2) n/a 1.6.1.2 earthing of d.c. powered equipment provided. n/a 1.7 lamp replacement information indicated on lampholder in operator access area. n/a 1.7.1 special marking format for equipment intended for use on a supply system with an earthed neutral and more than one phase n/a
issue date: 2012 - 09 - 24 page 29 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul conductor. 1.7.1 equipment voltage rating not higher than rating of the plug except under special conditions. n/a 1.7.6 special fuse replacement marking for operator accessible fuses. fuse is not ope rator accessible. n/a 1.7.7 identification of terminal connection of the equipment earthing conductor. n/a 1.7.7 connectors and field wiring terminals for external class 2 or class 3 circuits provided with marking indicating minimum class of wiring to be used. n/a 1.7.7 marking located adjacent to terminals and visible during wiring. n/a 2.1.1.1 bare tnv conductive parts in the interior of equipment normally protected against contact by a cover intended for occasional remo val are exempt provided instructions include directions for disconnection of tnv prior to removal of the cover. n/a 2.3.1.b other telecommunication signaling systems (e.g., message waiting) than described in 2.3.1(b) are subject to m.4. n/a 2.3.1.b for tnv - 2 and tnv - 3 circuits with other than ringing signals and with voltages exceeding 42.4 vp or 60 v d.c., the maximum current limit through a 2000 ohm or greater resistor with loads disconnected is 7.1 ma peak or 30 ma d.c. under normal conditions. n/a
issue date: 2012 - 09 - 24 page 30 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 2.3.1.b limits for measurements across 5000 ohm resistor in the event of a single fault are replaced after 200 ms with the limits of m.3.1.4. n/a 2.3.2.1 in the event of a single fault, the limits of 2.2.3 apply to selv circuits and accessible conductive parts. n/a 2.3.2.4 enamel coating on signal transformer winding wire allowed as an alternative to basic i nsulation in specific telecommunication applications when subjected to special construction requirements and routine testing. n/a 2.5 overcurrent protection device required for class 2 and class 3 limiting in accordance with the nec, or for a limited power source, not interchangeable with devices of higher ratings if operator replaceable. n/a 2.6 equipment having receptacles for output a.c. power connectors generated from an internal separately derived source have the earthed (grounded) circuit conductor suitably bonded to earth. n/a 2.6.3.3 for pluggable equipment type a, if a) b) or c) are not applicable, the current rating of the circuit is taken as 20 a pass 2.6.3.3 the first column on table 2d requirement: smaller of the rated 2.6.3.4 capacity of connection between earthing terminal and parts required to be earthed subject to n/a
issue date: 2012 - 09 - 24 page 31 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul special conditions based on the current rating of the circuit. 2.6.3.4 protective bonding conductors and their terminals of non - standard constructions (e.g. pwb traces) evaluated to limited short - circuit test of csa c22.2 no.0.4. n/a 2.6.4.1 field wiring terminals for earthing conductors suitable for wire sizes (gauge) used in us and canada. n/a 2.7.1 data for selection of special external branch circuit overcurrent devices marked on the equipment. n/a 2.7.1 standard supply outlets protected by overcurrent device in accordance with the nec, and cec, part 1. n/a 2.7.1 overcurrent protection for individual transformers that distribute power to other units over branch circuit wiring. n/a 2.7.1 additional requirements for overcurrent protection apply to equipment provided w ith panelboards. n/a 2.7.1 non - motor - operated equipment requiring special overcurrent protective device marked with device rating. n/a 2.10.5.12 multi - layer winding wire subject to ul component wire requirements in addition to 2.10.5.12 and annex u. pass
issue date: 2012 - 09 - 24 page 32 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 3.1.1 permissible combinations of internal wiring/external cable sizes for overcurrent and short circuit protection. pass 3.1.1 all interconnecting cables protected against overcurrent and short circuit. pass 3.2 wiring meth ods permit connection of equipment to primary power supply in accordance with the nec and cec, part 1. pass 3.2.1 permitted use for flexible cords and plugs. n/a 3.2.1 flexible cords provided with attachment plug rated 125% of equipment current rating. n/a 3.2.1 any class ii equipment provided with 15 or 20 a standard supply outlets, edison - base lampholders or single pole disconnect device provided with a polarized type attachment plug. n/a 3.2.1.2 equipment intended f or connection to dc mains supply power systems complies with special wiring requirements (e.g., no permanent connection to supply by flexible cord). n/a 3.2.1.2 equipment with one pole of the dc mains supply connected to both the equipment mains input terminal and the main protective earthing terminal provided with special instructions and construction provisions for earthing. n /a 3.2.1.2 equipment with means for connecting supply to earthing electrode conductor has no switches or protective devices between supply n/a
issue date: 2012 - 09 - 24 page 33 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul connection and earthing electrode connection. 3.2.1.2 special markings and instructions for equipment with provisions to connect earthed conductor of a dc supply circuit to earthing conductor at the equipment. n/a 3.2.1.2 special markings and instructions for equipment with earthed conductor of a dc supply circuit connected to the earthing conductor at the equipment. n/a 3.2.1.2 terminals and leads provided for permanent con nection of dc powered equipment to supply marked to indicate polarity if reverse polarity may result in a hazard. n/a 3.2.3 permanently connected equipment has provision for connecting and securing a field wiring system (i.e. conduit, or leads etc.) per the nec and cec, part 1. n/a 3.2.3 permanently connected equipment may have terminals or leads not smaller than no. 18 awg (0.82 mm2) and not less than 150 mm in length for connection of field installed wiring. n/a 3.2.3 if supply wires exceed 60 c, marking indicates use of 75 c or 90 c wiring for supply connection as appropriate. n/a 3.2.3 equipment compatible with suitable trade sizes of conduits and cables. n/a 3.2.5 power supply cords are required to be no longer than 4.5 m in length. n/a
issue date: 2012 - 09 - 24 page 34 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul minimum cord length is required to be 1.5 m, with certain constructions such as external power supplies allowed to consider both input and output cord lengths into the requirement. flexible power supply cords are required to be compatible with article 400 of the nec, and tables 11 and 12 of the cec. 3.2.5 conductors in power supply cords sized according to nec and cec, part i. n/a 3.2.5 power supply cords and cord sets incorporate flexible cords suitable for the particular application. n/a 3.2.6 strain relief provided for non - detachable interconnecting cables not supplied by a limited power source. pass 3.2.9 adequate wire bending space and volume of field wiring compartment required to properly make the field connections. n/a 3.2.9 equipment intended solely for installation in restricted access locations using low voltage d.c. systems may not need provision for connecting and securing a field wiring system. a method of securing wiring or instructions provided to ensure the wiring is protected from abuse. n/a 3.3 field wiring terminals provided for interconnection of units for other than lps or class 2 circuits also comply with 3.3. n/a 3.3 interconnection of units by lps or class 2 conductors may have field wiring connectors other n/a
issue date: 2012 - 09 - 24 page 35 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul than those specified in 3.3 if wiring is reliably separated. 3.3.1 terminals for the connection of neutral conductor identified by a distinctive white marking or other equally effective means. n/a 3.3.3 wire binding screw terminal permitted for connection of no. 10 awg (5. 3 mm2) or smaller conductor if provided with upturned lugs, cupped washer or equivalent retention. n/a 3.3.4 terminals accept wire sizes (gauge) used in the u.s. and canada. n/a 3.3.4 terminals accept current - carrying conductors rated 125% of the equipment current rating. n/a 3.3.5 first column of table 3e requirement: rating of the circuit under consideration. 3.3.6 field wiring terminals marked to indicate the material(s) of the conductor appropriate for the terminals used. n/a 3.3.6 connection of an aluminum conductor not permitted to terminal for equipment earthing conductor. n/a 3.3.6 field wiring connections made through the use of suitable pressure connectors (including set screw type), solder lugs or splices to flexible leads. n/a
issue date: 2012 - 09 - 24 page 36 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 3.4.2 separate motor control device(s) required for cord - connected equipment rated more than 12 a, or with motor rated more than 1/3 hp or more than 120 v. n/a 3.4.8 vertically mounted disco nnect devices oriented so up position of handle is "on". n/a 3.4.11 for computer - room applications, equipment with battery systems capable of supplying 750 va for 5 min require battery disconnect means. n/a 4.2.8.1 special opening restrictions for enclosures around crts with face dimension of 160 mm or more. n/a 4.2.9 compartment housing high - pressure lamp marked to indicate risk of explosion. n/a 4.2.11 for equipment intended for mounting on racks and provided with slide/rails allowing the equipment to slide away from t he rack for installation, service and maintenance, additional construction, performance and marking requirements are applicable to determine the adequacy of the slide/rails. n/a 4.3.2 loading test for equipment with handle(s) used to support more than 9 kg tested at four times the weight of the unit. n/a 4.3.6 in addition to the iec requirements, direct plug - in equipment complies with ul 1310 or csa 223 mechanical assembly requirements. n/a 4.3.12 n/a
issue date: 2012 - 09 - 24 page 37 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul the maximum quantity of flammable liquid stored in equipment complies with ansi/nfpa 30(table nae.6). 4.3.12 equipment using replenishable liquids marked to indicate type of liquid to be used. n/a 4.3.13.2 equipment that produces x - ra diation and does not comply with 4.3.12 under all conditions of servicing marked to indicate the presence of radiation where readily visible. n/a 4.3.13.5 requirements contained in the applicable national codes and regulations apply to lasers (21 cfr 1040 and redr c1370). n/a 4.7 automated information storage equipment intended to contain more than 0.76 m3 of combustible media requires provision for automatic sprinklers or a gaseous agent extinguishing system. n/a 4.7.3.1 equipment for use in environmental air space other than ducts or plenums provided with metal enclosure or with non - metallic enclosure having adequate fire - resistance and low smoke producing characteristics. low smoke - producing characteristics evaluated ac cording to ul 2043. equipment for installation in space used for environmental air as described in sec. 300 - 22(c) of the nec provided with instructions indicating suitability for installation in such locations. n/a 4.7 .3.1 flame spread rating for external surface of combustible material with exposed area greater than 0.93 m2 or a single dimension greater than 1.8 m; 50 or less for computer room applications or 200 or less for other applications. n/a
issue date: 2012 - 09 - 24 page 38 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 4.7.3.4 wire marked "vw - 1" or "ft - 1" considered equivalent. pass 5.1.8.2 special earthing provisions and instructions for equipment with high touch current due to telecommunication network connections. n/a 5.1.8.3 touch current due to ringing voltage for equipment containing telecommunication network leads. n/a 5.3.7 overloading of selv connectors and printed wiring board receptacles accessible to the operator. n/a 5.3.7 tests interrupted by opening of a component repeated two additional times. pass 5.3.9.1 test int errupted by opening of wire or trace subject to certain conditions. n/a 6 specialized instructions provided for telephones that may be connected to a telecommunications network. n/a 6 marking identifying function of telecommunication type connectors not used for connection to a telecommunication network. n/a 6.3 equipment remotely powered over telecommunication wiring systems provided with specialized markings adjacent to the connection. n/a 6.3 overcurrent protection incorporated into n/a
issue date: 2012 - 09 - 24 page 39 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul equipment to provide power over telecommunication wiring system not interchangeable with devices of higher ratings if operator replaceable. 6.4 additional requir ements for equipment intended for connection to a telecommunication network using cable subject to overvoltage from power line failures (fig. 6c). n/a 6.4 where 26 awg line cord required by fig. 6c, either the cord is provided with the equipment or described in the safety instructions. n/a 7 equipment associated with the cable distribution system may need to be subjected to applicable parts of chapter 8 of the nec. n/a h ionizing radiation measurements made under single fault conditions in acco rdance with the requirements of the code of federal regulations 21 cfr 1020 and the canadian radiation emitting devices act, redr c1370. n/a m.2 continuous ringing signals evaluated to method a subjected to special accessibility considerations. n/a m.4 special requirements for message waiting and similar telecommunications signals. n/a nac equipment intended for use with a generic secondary protector marked with suitable instructions. n/a nac equipment intended for use with a specific n/a
issue date: 2012 - 09 - 24 page 40 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul primary or secondary protector marked with suitable instructions. nad acoustic pressure from an ear piece less than 140 dba for short duration disturbances, and less than 125 dba for handsets, 118 dba for headsets and insert earphones, for long duration disturbances. n/a nad equipment connected to a telecommunication and cable distribution networks and supplied with an earphone intended to be held against, or in the ear is required to comply with special acoustic pressure requirements. n/a ee.5 ul articulated accessibility probe (fig. ee.3) required for assessing accessibility to document/media shredders, instead of figure 2a test finger. n/a
issue date: 2012 - 09 - 24 page 41 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul united kingdom - differences to iec 60950 - 1:2005 (2nd edition); am 1:2009 2.6.3.3 the current rating of the circuit shall be taken as 13 a, not 16 a. considered. pass 2.7.1 to protect against excessive currents and short - circuits in the primary circuit of direct plug - in equipment, tests according to 5.3 shall be conducted, using an external protective device rated 30 a or 32 a. if these tests fail, suitable protective devices shall be included as integral parts of the direct plug - in equipment, so that the requirements of 5.3 are met. pass 3.2.1.1 apparatus which is fitted with a flexible cable or cord and is designed to be conn ected to a mains socket conforming to bs 1363 by means of that flexible cable or cord and plug, shall be fitted with a "standard plug" in accordance with statutory instrument 1786: 1994 - the plugs and sockets etc. (safety) regulations 1994, unless exempte d by those regulations. note: "standard plug" is defined in si 1786: 1994 and essentially means an approved plug conforming to bs 1363 or an approved conversion plug. appliance inlet provided for models; a detachable power supply cord in compliance with national requirements will be provided by the local distributor. n/a 3.2.5.1 a power supply cord with conductor of 1.25 mm2 is allowed for equip ment with a rated current over 10a and up to and including 13a. appliance inlet provided for models; a detachable power supply cord in compliance with national requirements will be provided by the local distributor. n/a 3.3.4 the range of conductor sizes of flexible cords to be accepted by terminals for equipment with a rated current of over 10 a up to and including 13 a is 1.25 mm2 to 1.5 mm2 nominal cross - sectional area. n/a
issue date: 2012 - 09 - 24 page 42 of 41 report reference # e300305 - a33 - cb - 4 iec 60950 - 1:2005 subclause difference + test result - remark verdict this report issued under the responsibility of ul 4.3.6 the torque test is performed using a socket outlet complying with bs 1363 part 1:1995, including amendment 1:1997 and amendment 2:2003 and the plug part of direct plug - in equipment shall be assessed to bs 1363: part 1, 12.1, 12.2, 1 2.3, 12.9, 12.11, 12.12, 12.13, 12.16 and 12.17, except that the test of 12.17 is performed at not less than 125 c. where the metal earth pin is replaced by an insulated shutter opening device (isod), the requirements of clauses 22.2 and 23 also apply. n/a
issue date: 2012 - 09 - 24 page 1 of 42 report reference # e300305 - a33 - cb - 4 enclosures this report issued under the responsibility of ul enclosures type supplement id description photographs 3 - 01 overall top view photographs 3 - 02 overall bottom view photographs 3 - 03 overall top view without enclosure photographs 3 - 04 overall side view without enclosure photographs 3 - 05 overall printed wiring board view photographs 3 - 06 overall printed wiring board view photographs 3 - 07 overall top view without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) photographs 3 - 08 overall bottom v iew without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) photographs 3 - 09 overall top view without enclosure (jpw1100kb1200f01, jpw1100kb1300f01, jpw1100kb1500f01, and jpw1100kb1600f01) diagrams schematics + p wb manuals miscellaneous 7 - 02 national differences - japan miscellaneous 7 - 03 national differences - appended page for as/nzs60950 - 1: 2003+a1+a2+a3 miscellaneous 7 - 04 manufacturer declaration miscellaneous 7 - 06 diagram for heat sink miscellaneous 7 - 07 transformer_ 3025579001a miscellaneous 7 - 08 transformer_ 3025579002a miscellaneous 7 - 09 national difference for china licenses marking plate 13 - 01 marking plate label marking plate 13 - 02 marking plate label marking plate 13 - 03 marking plate label marking plate 13 - 04 marking plate label
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