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semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac main characteristics 12/04 126 650 to 1300vac / 63 to 2800a. ?exceptionally low i 2 t, watt losses. ?non-magnetic construction, highly reliable low voltage. ?indicator system. ?conformity to ul, csa investigated, iec, din and vde standards. ?increased technical performance ?higher ratings. ?reduction in volume and weight. recognized psc 650 to 1300vac us and european standard total i 2 t @ nominal voltage pre-arcing 1000v tested breaking capacity size u n (vac) ampere i 2 t @ 1ms (*) @ un power (w) rating (a) (ka 2 s) (ka 2 s) iec ul end contacts blades iec usa estimated breaking capacity: 300 ka ( 1 ) at 850 v ( 2 ) does not exist with blades ?this fuse preselection table indicates, for each size: -rated current (or rating) in - pre-arcing i 2 t (i 2 tp) at 1 ms - total operating i 2 t (i 2 t t ) at 1000 v and 850v(i)f=50hz, cos ? =0.15, and for a total operating time from 8 to 10 ms - dissipated power pn at the rated current in, and at 0.8 in, in steady state - breaking capacity at various voltages, checked by tests made in accordance with iec and american standards. 50 0,116 0,7 16 16 63 0,210 1,2 26 26 80 0,470 2,7 27 27 100 0,830 4,8 30 30 1250 1300 125 1,30 7,5 38 38 100ka @ 1250v 100ka @ 1300v 160 2,55 15 45 45 200 4,7 27 54 56 250 9,6 55 58 61 70 1200 1300 280 14 82 61 64 100ka @ 1200v 100ka @ 1300v 315 20 115 66 72 350 28 158 68 75 1100 1200 400 39 224 81 90 150ka @ 1100v 150ka @ 1200v 450 62 356 82 82 1000 1100 500 84 483 83 83 120ka @ 1000v 120ka @ 1100v 800 900 550 128 576(*) 83 83 100ka @ 800v 100ka @ 900v 750 800 630 176 730(*) 91 91 100ka @ 750v 100ka @ 800v 160 2,6 15 46 46 200 4,7 27 54 54 250 8,9 51 61 61 280 12 68 68 70 100ka @ 1250v 100ka @ 1300v 1250 1300 315 16 92 73 76 350 22 127 76 80 400 38 220 76 80 450 47 270 87 95 71 1300 (tti) 500 68 390 90 x 150ka @ 1300v 1100 1200 500 68 390 x 100 150ka @ 1100v 150ka @ 1200v 550 84 485 98 112 630 125 725 105 x 1000 1100 630 125 725 x 120 150ka @ 1000v 150ka @ 1100v 700 180 1040 105 105 900 950 800 290 1540(*) 116 116 100ka @ 900v 100ka @ 950v 800 850 900 446 2010(*) 120 120 100ka @ 800v 100ka @ 850v
scac 127 semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac main characteristics 12/04 psc 650 to 1300vac us and european standard total i 2 t @ nominal voltage pre-arcing 1000v tested breaking capacity size u n (vac) ampere i 2 t @ 1ms (*) @ un power (w) estimated b.c 300 ka rating (a) (ka 2 s) (ka 2 s) iec ul end contacts blades iec usa ( 1 ) at 850 v ( 2 ) does not exist with blades 280 10 60 72 72 315 15 87 76 76 350 21 120 77 77 400 32,5 190 80 80 1250 1300 450 44 255 87 89 100ka @ 1250v 100ka @ 1300v 500 57 330 94 98 550 68 390 110 120 72 630 105 610 113 x 630 105 610 x 125 150ka @ 1100v 150ka ? 1200v 1100 1200 700 145 815 122 140 800 215 1240 125 146 700 145 815 x 140 150ka @ 1000v 150ka @ 1100v 1000 1100 800 215 1240 x 146 900 312 1800 130 152 850 900 1000 439 2150(*) 136 136 100ka @ 850v 100ka @ 900v 315 12 68 84 84 350 17 100 86 86 375 19 110 400 25 145 93 93 450 35,5 205 99 100 1250 1300 500 44 255 110 112 100ka @ 1250v 100ka @ 1300v 550 57 330 116 120 630 84 485 125 132 700 110 640 135 x 800 190 1090 136 x 1200 1300 700 110 640 x 146 100ka @ 1200v 100ka @ 1300v 900 250 1090 150 x 73 1100 1200 800 190 1090 x 148 150ka @ 1100v 150ka @ 1200v 900 250 1440 x 170 150ka @ 1000v 150ka @ 1100v 1000 1100 1000 370 2130 152 168 1100 445 2555 168 208 950 1000 1100 445 2430(*) 168 x 150ka @ 950v 150ka @ 1000v 1000 370 1920(*) x 174 900 1000 1100 445 2280(*) x 208 150ka @ 900v 150ka @ 1000v 1250 585 3080(*) 186 x 1400 755 4100(*) 210 x 850 900 1400 755 3700(*) 210 x 150ka @ 850v 150ka @ 900v 690 700 1500 1180 4750(*) 200 x 180ka @ 690v 180ka @ 700v 1600 1430 5740(*) 203 x 600 650 1800 2040 7150(*) 206 x 120ka @ 600v 120ka @ 650v 630 60 348 160 700 84 480 162 1250 800 130 760 168 100ka @ 1250v 900 176 1020 183 1000 228 1320 197 1100 272 1560 231 2 x 72 1100 1250 426 2440 237 100ka @ 1100v 1400 568 3260 256 1000 1600 860 4895 262 100ka @ 1000v 900 1800 1250 6350(*) 275 100ka @ 900v 750 2000 1760 7570(*) 285 100ka @ 750v 650 2200 2410 8350(*) 320 100ka @ 650v 2500 3470 12000(*) 340 800 100 580 195 900 142 820 208 1250 1000 176 1000 231 100ka@ 1250v 1100 228 1300 244 1250 336 1900 262 1400 440 2600 283 2 x 73 1100 1600 760 4400 286 100ka @ 1100v 1800 1000 5800 315 1000 2000 1480 8500 319 120ka @ 1000v 950 2200 1780 9632(*) 353 100ka @ 950v 900 2500 2340 12075(*) 390 110ka @ 900v 850 2800 3000 15000(*) 440 100ka @ 850v 600 3000 4980 15700(*) 405 200ka @ 600v 3200 5720 19030(*) 426 550 3600 8160 25200(*) 430 200ka @ 550v
q301015 r301016 s301017 t301018 v301019 w301020 x301021 y301022 z301023 a301024 b301025 c301026 d301027 e301028 f301029 g301030 h301031 j301032 k301033 l301034 m301035 n301036 p301037 q301038 r301039 s301040 t301041 v301042 w301043 x301044 y301045 z301046 a301047 b301048 c301049 d301050 e301051 f301052 g301053 h301054 j301055 k301056 l301057 m301058 n301059 q300877 r300878 a130urd 70 tti 0063 a130urd 70 tti 0080 a130urd 70 tti 0100 a130urd 70 tti 0125 a130urd 70 tti 0160 a130urd 70 tti 0200 a130urd 70 tti 0250 a130urd 70 tti 0280 a130urd 70 tti 0315 a120urd 70 tti 0350 a130urd 71 tti 0160 a130urd 71 tti 0200 a130urd 71 tti 0250 a130urd 71 tti 0280 a130urd 71 tti 0315 a130urd 71 tti 0350 a130urd 71 tti 0400 a130urd 71 tti 0450 a130urd 71 tti 0500 a120urd 71 tti 0550 a120urd 71 tti 0630 a130urd 72 tti 0280 a130urd 72 tti 0315 a130urd 72 tti 0350 a130urd 72 tti 0400 a130urd 72 tti 0450 a130urd 72 tti 0500 a130urd 72 tti 0550 a130urd 72 tti 0630 a120urd 72 tti 0700 a120urd 72 tti 0800 a130urd 73 tti 0315 a130urd 73 tti 0350 a130urd 73 tti 0400 a130urd 73 tti 0450 a130urd 73 tti 0500 a130urd 73 tti 0550 a130urd 73 tti 0630 a130urd 73 tti 0700 a130urd 73 tti 0800 a130urd 73 tti 0900 ** a110urd 73 tti 1000 ** a100urd 73 tti 1100 ** a100urd 73 tti 1250 ** a090urd 73 tti 1400 ** a070urd 73 tti 1600 ** a065urd 73 tti 1800 ** semiconductor fuses semiconductor (ac) fuses scac 128 protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac american terminals - 70 - 73 end contacts 12/04 size designation reference number weight (g) 350 500 850 1250 packaging catalog number 3 3 3 3 a130ud70tti63 a130ud70tti80 a130ud70tti100 a130ud70tti125 a130ud70tti160 a130ud70tti200 a130ud70tti250 a130ud70tti280 a130ud70tti315 a120ud70tti350 a130ud71tti160 a130ud71tti200 a130ud71tti250 A130UD71TTI280 a130ud71tti315 a130ud71tti350 a130ud71tti400 a130ud71tti450 a130ud71tti500 a120ud71tti550 a120ud71tti630 a130ud72tti280 a130ud72tti315 a130ud72tti350 a130ud72tti400 a130ud72tti450 a130ud72tti500 a130ud72tti550 a130ud72tti630 a120ud72tti700 a120ud72tti800 a130ud73tti315 a130ud73tti350 a130ud73tti400 a130ud73tti450 a130ud73tti500 a130ud73tti550 a130ud73tti630 a130ud73tti700 a130ud73tti800 a130ud73tti900 a110ud73tti1000 a100ud73tti1100 a100ud73tti1250 a090ud73tti1400 a070ud73tti1600 a065ud73tti1800 size a b c d e? d g?.1 p?.1 70 40 46,5 82 26 74 9 6 1-9/16 1-27/32 3-7/32 1-1/64 2-29/32 5/16?18 23/64 15/64 71 51 56,5 91 30 74 9 9 2 2-7/32 3-37/64 1-3/16 2-29/32 5/16?18 23/64 23/64 72 60 65,5 100 38 ; (42mm **) 74 15 9 2-3/8 2-37/64 3-15/16 1-1/2?; (1-21/32?**) 2-29/32 3/8?16 19/32 23/64 73 74,5 79,5 114 46 ; (52mm **) 74 15 9 2-15/16 3-1/8 4-1/2 1-13/16?; (2-1/16?**) 2-29/32 1/2"-13 19/32 23/64 p note: dimensions in mm dimensions in inches microswitches and threaded studs supplied separately 70 71 72 73
semiconductor fuses semiconductor (ac) fuses scac 134 protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 1,4 1,2 1 0,8 0,6 0,4 0,2 0 0 200 400 600 800 1000 1200 multiplier coefficient left: mean curve indicating variation of total i 2 t (i 2 t t ) and total operating time t t in accordance with working voltage u. example: fuse 350 a in size 70. i p = 10 000 a u = 1100 v at 1000 v i 2 t t = 115 000 a 2 s t t = 7 ms at 1100 v i 2 t t = 115 000 x 1.13 = 130 000 a 2 s t t = 7 x 1.13 = 7.9 ms * curve for fuses with i 2 t published at 850vac dissipated power arc voltage above right: curve indicating peak arc voltage um which may appear across fuse terminals as a function of working voltage u at cos ? = 0.15 above left: curve enabling calculation of dissipated power p by a fuse rated i n , as a function of the rms current i, in multiples of i n , in steady state. u (v) i/in k p/pn *
scac 135 semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 maximum values of total operating i 2 t and total operating times horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . time-current characteristics curves indicating pre-arcing time for each rated cur- rent as a function of rms value of pre-arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its hor- izontal line is represented. its oblique line must be plotted according to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. time-current characteristics curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics size 70 size 70
maximum values of total operating i 2 t and total operating times horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . time-current characteristics curves indicating pre-arcing time for each rated cur- rent as a function of rms value of pre-arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its horizontal line is represented. its oblique line must be plotted according to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics semiconductor fuses semiconductor (ac) fuses 136 protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 size 71 time-current characteristics size 71
maximum values of total operating i 2 t and total operating times left: horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . below, right: curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics scac 137 semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 size 72 size 72 time-current characteristics above, left: curves indicating pre-arcing time for each rated current as a function of rms value of pre- arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its horizontal line is represented. its oblique line must be plotted accord- ing to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. time-current characteristics
semiconductor fuses semiconductor (ac) fuses scac 138 protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 maximum values of total operating i 2 t and total operating times horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . time-current characteristics curves indicating pre-arcing time for each rated cur- rent as a function of rms value of pre-arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its horizontal line is represented. its oblique line must be plotted according to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics size 73 size 73 time-current characteristics
scac 139 semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 maximum values of total operating i 2 t and total operating times horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . time-current characteristics curves indicating pre-arcing time for each rated current as a function of rms value of pre-arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its horizontal line is represented. its oblique line must be plotted according to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics size 2x72 time-current characteristics size 2x72
semiconductor fuses semiconductor (ac) fuses scac 140 protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 maximum values of total operating i 2 t and total operating times horizontal curves indicating the maximum values of total operating i 2 t (i 2 t t ) as function of the prospective current i p at 1000v or 850 v(*), cos ? = 0.15. the oblique lines indicate the corresponding total operating time t t , with pre-arcing time in brackets . time-current characteristics curves indicating pre-arcing time for each rated current as a function of rms value of pre-arcing current i. - tolerances on this current 8 %. - beyond 30 sec, small overloads must be eliminated by another device. - curve cc?represents the maximum times taken by the associated device to clear small overloads; only its horizontal line is represented. its oblique line must be plotted according to sketch, top right corner. - the intersection of the fuse and cc?curves indicates the minimum breaking current i pm of the fuse. curves indicating for each rated current the peak value i c that the current may reach as a function of the prospective fault current i p . cut-off characteristics size 2x73 time-current characteristics size 2x73
63 a 270 80 a 400 100 a 520 125 a 700 160 a 950 a 950 200 a 1300 a 1300 250 a 1800 a 1800 280 b 2200 a 2000 a 1800 315 b 2600 a 2300 a 2200 a 2000 350 c 3000 a 2700 a 2600 a 2400 400 b 3500 a 3200 a 3000 450 b 4000 a 3800 a 3500 500 c 4800 a 4600 a 3900 550 c 5200 b 5000 a 4400 630 c 6400 b 6200 a 5300 a 4400 700 c 6800 a 6000 a 5200 800 c 8000 b 8000 a 6400 a 6000 900 b 9000 a 7600 a 7000 1000 c 11000 a 9200 a 7800 1100 c 12000 b 10000 a 8800 1250 c 13500 b 12400 a 10600 1400 c 15000 c 13600 a 12000 1600 c 16000 b 16000 1800 b 18000 2000 c 22000 2200 c 24000 2500 d 27000 2800 d 30000 scac 141 semiconductor fuses semiconductor (ac) fuses protistor square-body fuses psc ar sizes 7x - 650 v to 1300 vac curves set 12/04 top: curves indicating the maximum time constant l/r of the fault path as a function of the dc voltage u, for the rated currents in the sizes indicated in the table. ipm (1) values indicate the minimum breaking current in amperes (a). remark: when the fault current di/dt is very large, this condition can be exceeded. it is the case for faults occurring in voltage c ommutated inverters. below: curves indicating peak arc voltage um which may appear across fuse terminals as a function of the dc working voltage u, for various time constant l/r of fault path. dc working voltage possibilities rated curves (*) and ipm ( 1 ) corresponding to the rating current 70 71 72 73 2x72 2x73 i n (a) *ipm *ipm *ipm *ipm *ipm *ipm (a) (a) (a) (a) (a) (a)
semiconductor fuses semiconductor (ac) fuses scac 142 12/04 protistor square-body fuses psc ar sizes 7x - 650v to 1300 vac microswitches psc 3x &7x main characteristics ms 7v 1-5 - microswitch systems adapted to the following ferraz shawmut fuses only: - psc sizes 30, 31, 32, 33, 2x32, 2x33 / 70, 71, 72, 73, 272, 273 except plain blades - psc lr sizes 33, 233, 73, 273 - permanent indication of fuse state: conductive blown - manual resetting - standrad and low electrical level with different insulation levels - bs type for use in corrosive atmosphere - ms 3v 1-5 ur and ms 7v 1-5 ur type ul are recognized code ac insulation voltage rating (***) breaking capacity ac voltage withstand test (*) current rating positive operating voltage/current fire class according to ul 94 impulse voltage test uimp1.2/50 ? (**) non inductive circuit inductive circuit : l/r = 25ms current 30v 110v 250v 30v 110v 250v * between power circuit and microswitch terminals as per iec 60 and 694 and nfc 64010 (50/60 hz 1 min duration in dry air) ** between power circuit and microswitch terminals uimp: impulse voltage as per iec 60947-1 *** between power circuit and microswitch terminals warning: microswitch systems exclusively designed for ferraz shawmut. psc fuses fitted a petented trip-indicator, saving use of edv ms 3v 1-5 ms 3v 1-5 ur ms 7v 1-5 ms 7v 1-5 ur ms 3v 1-5 bs ms 3v 1-9 bs ms 7v 1-5 bs ms 7v 1-9 bs ms 3v 1-5 et ms 7v 1-5 et 1000 v 1500v 1000 v 1500v 1000v 1500v 20 v 50 ma 10 v 10 ma 10 v 10 ma 10 a 3 a 3 a 50/60 hz dc 50/60 hz dc 50/60 hz dc 10 a 0,4 a 3 a 0,5 a 3 a 0,5 a 10 a 0,2 a 3 a 0,25 a 3 a - 10 a 4 a 2 a 3 a 2 a 2 a 10 a 0,2 a 1 a 0,2 a 1 a 0,2 a 10 a 0,1 a 1 a 0,1 a 1 a - 8,5 kv 12 kv 8,5 kv 12 kv 8,5 kv 12 kv 14 kv 20 kv 14 kv 20 kv 14 kv 20 kv h.b 10 a 8 a 3 a 3 a 3 a 3 a
scac 143 semiconductor fuses semiconductor (ac) fuses 12/04 protistor square-body fuses psc ar sizes 7x - 650v to 1300 vac microswitches for psc 3x &7x ms 3v ms 7v... indication systems for psc fuse sizes 30 to 73 ref. number designation fuse size pack. weight (g) indication style 39 4 2 x 3100 14 m s3v 1-5 4 2 1 34.6 32.7 6.35 x 0.8 1 4 2 10 x310014 ms3v1-5 position dclenche switched position 34.5 32.7 6.35 x 0.8 1 4 2 10 k310003 ms7v1-5bs position dclenche switched position 32.7 10 s310010 ms7v1-5 et 4.75 x 0.5 1 4 2 32.7 4.75 x 0.5 1 4 2 10 r310009 ms3v1-5 et 62,5 4 2 k 3 1 0 0 0 3 m s 7 v 1 - 5 b s 4 2 1 30, 31 32, 33 ms 3v 1-5 (fig.1) ms 3v 1-5 ur ms 3v 1-5 bs (3) ms 3v 1-9 bs (4) ms 3v 1-5 et (fig.2) 34 34 44 34 3 pieces 3 pieces 3 pieces 3 pieces catalog number ms3 v1-5 ms3 v1-5ur ms3-v1-5bs ms3v1-9bs ms3v1-5 etanche standard no-nc low level no-nc double pole low level low level no-nc x310014 y310038 w310013 t310011 r310009 these patented indication systems are exclusively hand resettable. (7) same as fig. 5 (8) same dimensions as figure 5 but with 2 microswitches side by side (9) watertightness class warning: microswitch systems exclusively designed for ferraz shawmut psc fuses fitted with a patented trip-indicator, saving use of edv. ip 50 (9) (3) same as fig.1 (4) same dimensions as figure 1 but with 2 microswitches side by side (9) watertightness class (fig. 1) (fig. 2) (fig. 5) (fig. 6) ref. number designation fuse size pack. weight (g) indication style 70, 71 72, 73 ms 7v 1-5 (fig.5) ms 7v 1-5 ur ms 7v 1-5 bs (3) ms 7v 1-9 bs (4) ms 7v 1-5 et (fig.6) 45 45 55 55 3 pieces 3 pieces 3 pieces 3 pieces catalog number ms7 v1-5 ms7 v1-5ur ms7-v1-5bs ms7v1-9bs ms7v1-5 etanche standard no-nc low level no-nc double pole low level low level no-nc j310002 z310039 k310003 p310007 s310010 ip 50 (9)

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