Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Main characteristics 450 TO 700VAC / 63 TO 2800A Recognized Exceptionally low I2T, Watt losses. Non-magnetic construction, Highly reliable low voltage Trip-indicator system, conformity to UL, IEC, DIN and VDE standards. Increased technical performance * Highter ratings * Reduction in volume and weight This fuse preselection table indicates, for each size: - rated current (or rating) In - pre-arcing I2t (I2tp) at 1 ms - total operating I2t (I2tt) at 660 V, 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. SCAC68 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Main characteristics Estimated breaking capacity: 300kA Size Nominal Voltage (VAC) IEC 30 31 Total I2t @ 660V (*) @ Un (kA2s) USA 690 700 600 650 690 700 690 700 600 550 500 650 600 550 450 500 690 700 600 650 550 500 450 600 550 500 690 700 550 600 690 700 600 650 32 33 2X32 2x33 For others Ampere ratings consult us 12/04 Ampere Rating (A) Pre-arcing I2t @ 1ms (kA2s) 50 63 80 100 125 160 200 250 315 350 400 450 500 550 630 160 200 250 315 350 400 450 500 550 630 700 800 315 350 400 450 500 550 630 700 800 900 1000 1100 1250 1400 1600 1800 450 500 550 630 700 800 900 1000 1100 1250 1400 1500 1600 1800 2000 2250 2500 800 1000 1250 1400 1600 1800 2000 2200 1000 1250 1400 1600 1800 2000 2200 2500 2800 0,116 0,2 0,33 0,47 0,85 1,6 3 5,8 12 15,5 23 26 41 52 84 1,3 2,6 4,7 7,5 10,5 19 26,5 37 52 75 95 140 5,2 8,9 15 22 28 37 54 76 115 170 240 270 410 555 870 1050 13,45 19 27 40 55 95 135 170 240 350 480 500 555 720 950 1250 1870 60 110 220 300 450 700 950 1100 76 160 225 375 530 700 950 1400 1900 0,62 1,1 1,8 2,5 4,5 8,5 15,5 30 62 80 120 150 240 300 450(*) 7 13,5 25 40 55 100 140 195 280 390 490 800 28,9 48,8 80 115 145 195 280 400 600 900 1250 1450(*) 1950(*) 2300(*) 3600(*) 3700(*) 74,1 100 140 210 300 490 700 900 1260 1850 2500 2500(*) 2900(*) 3870(*) 4500(*) 5160(*) 6540(*) 320 590 1100 1600 2400 3500 5000 5250(*) 395 850 1200 1900 2800 3100(*) 4400(*) 6600(*) 8800(*) SCAC69 Power Pn (W) End contact Blades 9 14 19 26 30 37 42 48 53 57 60 80 80 80 85 35 45 52 65 67 68 70 70 70 75 85 105 71 71 72 77 85 90 95 100 110 110 115 140 150 160 165 195 84 105 105 110 115 120 120 135 135 150 160 210 210 225 250 280 280 144 165 190 200 220 225 235 280 220 230 240 250 250 280 280 310 330 9 14 19 26 30 37 43 50 55 60 65 88 88 90 95 35 45 52 65 67 68 70 72 75 85 95 120 71 74 75 80 90 95 105 110 120 125 135 165 180 200 205 230 88 105 110 120 125 130 135 155 160 180 200 240 240 260 290 320 330 Tested Breaking capacity (kA) IEC @ 690V USA @ 700V (*) @ Un (*) @ Un 200 200 200(*) 200(*) 200 200 200 200 160(*) 150(*) 130(*) 160(*) 150(*) 130(*) 110(*) 110(*) 200 200 160(*) 160(*) 150(*) 130(*) 110(*) 150(*) 130(*) 110(*) 200 200 150(*) 150(*) 170 170 160(*) 160(*) Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC IEC Terminals French - 30 - 33 End contacts Size 30 31 32 33 Size 30 31 32 33 Designation 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6 5,5 5 5 4,5 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6,9 6 6 6 5,5 5 4,5 URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD A 30 30 30 30 30 30 30 30 30 30 30 30 30 30 30 31 31 31 31 31 31 31 31 31 31 31 31 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 32 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 33 TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF TTF B 0050 0063 0080 0100 0125 0160 0200 0250 0315 0350 0400 0450 0500 0550 0630 0160 0200 0250 0315 0350 0400 0450 0500 0550 0630 0700 0800 0315 0350 0400 0450 0500 0550 0630 0700 0800 0900 ** 1000 ** 1100 ** 1250 ** 1400 ** 1600 ** 1800 ** 0450 0500 0550 0630 0700 0800 0900 1000 1100 1250 ** 1400 ** 1500 ** 1600 ** 1800 ** 2000 ** 2250 ** 2500 ** Reference Number Weight (g) Packaging Catalog Number S300373 M300000 S300051 T300052 V300053 W300054 X300055 Y300056 Z300057 A300058 B300059 V300398 W300399 X300400 L301770 M300299 N300001 P300002 Q300003 M300046 R300004 S300005 T300006 V300007 W300008 X300009 Y300401 M302162 N302163 H300065 J300066 K300067 L300068 M300069 N300070 P300071 Q300072 S300074 M300759 P301060 Q301061 H300893 R301062 W302170 V300076 W300077 X300078 Y300079 Z300080 A300081 B300082 C300083 D300084 E300085 Y300585 Z300586 A300587 B300588 K300757 L300758 PC30UD69V50TF PC30UD69V63TF PC30UD69V80TF PC30UD69V100TF PC30UD69V125TF PC30UD69V160TF PC30UD69V200TF PC30UD69V250TF PC30UD69V315TF PC30UD69V350TF PC30UD69V400TF PC30UD69V450TF PC30UD69V500TF PC30UD69V550TF PC30UD60V630TF PC31UD69V160TF PC31UD69V200TF PC31UD69V250TF PC31UD69V315TF PC31UD69V350TF PC31UD69V400TF PC31UD69V450TF PC31UD69V500TF PC31UD69V550TF PC31UD69V630TF PC31UD69V700TF PC31UD69V800TF PC32UD69V315TF PC32UD69V350TF PC32UD69V400TF PC32UD69V450TF PC32UD69V500TF PC32UD69V550TF PC32UD69V630TF PC32UD69V700TF PC32UD69V800TF PC32UD69V900TF PC32UD69V1000TF PC32UD60V1100TF PC32UD55V1250TF PC32UD50V1400TF PC32UD50V1600TF PC32UD45V1800TF PC33UD69V450TF PC33UD69V500TF PC33UD69V550TF PC33UD69V630TF PC33UD69V700TF PC33UD69V800TF PC33UD69V900TF PC33UD69V1000TF PC33UD69V1100TF PC33UD69V1250TF PC33UD69V1400TF PC33UD60V1500TF PC33UD60V1600TF PC33UD60V1800TF PC33UD55V2000TF PC33UD50V2250TF PC33UD45V2500TF C 245 3 370 3 510 3 600 3 790 3 3 910 P Note: dimensions in mm dimensions in inches Threaded studs and microswitches supplied separately see microswitchesPSC 3x & 7x and Metric studs sections D M N E1 d 22 27 50,6 M8 40 46,5 82 26 1-9/16" 1-27/32" 3-7/32" 1-1/64" 51 56,5 91 30 2" 2-7/32" 3-37/64" 1-3/16" 2" 19 24 50,6 M8 2" 60 65,5 100 38 ; (42mm **) 2-3/8" 2-37/64" 3-15/16" 1-1/2" ; (1-21/32" **) 74,5 79,5 114 46 ; (52mm **) 2-15/16" 3-1/8" 4-1/2" 1-13/16" ; (2-1/16" **) SCAC76 19 39 50,6 M10 2" 24 39 50,6 2" M12 G0.1 P 9 6 23/64" 15/64" 9 9 23/64" 23/64" 15 9 19/32" 23/64" 15 9 19/32" 23/64" 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC IEC Terminals French - 30 - 33 End contacts Size Reference Number Designation T300305 T300213 V300214 G300087 W300215 X300216 Y300217 D301993 B301186 D300268 E300269 F300270 B300427 R302235 Q302234 P302233 N302232 L301977 M301978 N301979 P301980 Q301981 R301982 Catalog Number PC232UD69V8CTF PC232UD69V10CTF PC232UD69V13CTF PC232UD69V14CTF PC232UD69V16CTD PC232UD69V18CTD PC232UD69V20CTD PC232UD55V22CTD PC233UD69V10CTF PC233UD69V13CTF PC233UD69V14CTF PC233UD69V16CTF PC36UD69V18CP11 PC36UD60V20CP11 PC36UD60V22CP11 PC36UD60V25CP11 PC36UD60V28CP11 PC36UD55V30CP11 PC36UD55V32CP11 PC36UD50V36CP11 PC36UD50V40CP11 PC36UD40V45CP11 PC36UD40V50CP11 232 232 232 232 232 232 232 232 233 233 233 233 233 233 233 233 233 233 233 233 233 233 233 TTF TTF TTF TTF TDF TDF TDF TDF TTF TTF TTF TTF PLAF PLAF PLAF PLAF PLAF PLAF PLAF PLAF PLAF PLAF PLAF Size A B C D E F G H J K 2x32 TT 2x33 TT 2x32 TD 2x33 PLAF 60 74,5 65,5 75 138,5 167 147 171,5 172 200 182 207 11 13 - 67,6 67,6 91,5 55,5 66,5 81 - 100 114 115 35 50 30 40 61 80 - 40 40 60 71 2 x 33 0800 1000 1250 1400 1600 1800 2000 2200 1000 1250 1400 1600 1800 2000 2200 2500 2800 3000* 3200* 3600* 4000* 4500* 5000* Packaging URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD URD 2 x 32 6,9 6,9 6,9 6,9 6,9 6,9 6,9 5,5 6,9 6,9 6,9 6,9 6,9 6 6 6 6 5,5 5,5 5 5 4 4 Weight (g) 1240 1 3300 1900 1 2000 *Consult us TT 12/04 TD SCAC77 d M M M M 10 12 10 10 e L M N 4 4 12 15 107,5 107,5 140 81 48 54 - 72 86 - PLAF Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC IEC Terminals French - 30 - 33 End contacts 33 PPAF Standard Press-Pack Size 33 2x33 Designation 6,9 6,9 6 6,9 6 6 6 6 5,5 5,5 5,5 5 4,5 4 URD URD URD URD URD URD URD URD URD URD URD URD URD URD 33 33 33 233 233 233 233 233 233 233 233 233 233 233 PPAF1250 PPAF1400 PPAF1600 PPAF1800 PPAF2000 PPAF2200 PPAF2500 PPAF2800 PPAF3000 PPAF3200 PPAF3600 PPAF4000 PPAF4500 PPAF5000 Reference Number D301855 E301856 G301927 R300694 H302250 K302252 M302254 L302253 to be given - contact us V301985 to be given - contact us X301987 to be given - contact us M301932 Weight (g) Packaging 910 3 2450 1 Catalog Number PC33UD69V13CPP PC33UD69V14CPP PC33UD60V16CPP PC36UD69V18CP12 PC36UD60V20CP12 PC36UD60V22CP13 PC36UD60V25CP12 PC36UD60V28CP13 to be given - contact us PC36UD55V32CP12 to be given - contact us PC36UD50V40CP12 to be given - contact us PC36UD40V50CP12 Studs and microswitches supplied separately SCAC78 12/04 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Sizes 30 - 31 - 32 - 33 I2t Multiplier coefficient Mean curve indicating variation of total I2t (I2t t) and total operating time Tt in accordance with working voltage U. Example: Fuse 350 A in size 30. Ip = 10 000 A U = 500 V At 660 V I2t t = 80 000 A2s Tt = 6 ms At 500 V I2t t = 80 000 x 0.72 = 57 600 A2s Tt = 6 x 0.72 = 4.3 ms Dissipated power Arc voltage Curve enabling calculation of dissipated power P by a fuse rated IN, as a function of the RMS current I, in multiples of IN, in a steady state. Curve indicating peak arc voltage Um which may appear across fuse terminals as function of working voltage U at cos = 0.15 SCAC84 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Size 30 Cut-off characteristics Below, right: Curves indicating for each ratedcurrent the peak value Ic that the current may reach as a function of the prospective fault current Ip. 3,2 mm Time-current characteristics Size 30 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 or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum 2 2 values of total operating I t (I tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. 12/04 SCAC85 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Size 31 Cut-off characteristics Below, right: Curves indicating for each rated current the peak value Ic that the current may reach as a function of the prospective fault current Ip. Time-current characteristics Size 31 Above, left: Curves indicating pre-arcing time for each rated current as a function of RMS value of prearcing current I. - Tolerances on this current 8 %. - Beyond 30 sec or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum values of total operating I2t (I2tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. SCAC86 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Size 32 Cut-off characteristics Below, right: Curves indicating for each ratedcurrent the peak value Ic that the current may reach as a function of the prospective fault current Ip. Size 32 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 or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum values of total operating I2t (I2tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. 12/04 SCAC87 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Size 33 Cut-off characteristics Below, right: Curves indicating for each rated current the peak value Ic that the current may reach as a function of the prospective fault current Ip. Time-current characteristics Size 33 Above, left: Curves indicating pre-arcing time for each rated current as a function of RMS value of prearcing current I. - Tolerances on this current 8 %. - Beyond 30 sec or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum values of total operating I2t (I2tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. SCAC88 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Sizes 2x32 Cut-off characteristics Below, right: Curves indicating for each ratedcurrent the peak value Ic that the current may reach as a function of the prospective fault current Ip. Size 2 x 32 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 or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum values of total operating I2t (I2tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. 12/04 SCAC89 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Size 2x33 Cut-off characteristics Below, right: Curves indicating for each rated current the peak value Ic that the current may reach as a function of the prospective fault current Ip. Time-current characteristics Size 2 x 33 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 or 10 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 Ipm of the fuse. Maximum values of total operating I2t and total operating times Left: Horizontal curves indicating the maximum values of total operating I2t (I2tt) as function of the prospective current Ip at 660 V, cos = 0.15. The oblique lines indicate the corresponding total operating time Tt, with pre-arcing time in brackets. SCAC90 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Curves set Sizes 30 - 31 - 32 - 33 DC working voltage possibilities Curves (*) and lpm (1) corresponding to the rating Rated current In (A) 63 80 100 125 160 200 250 315 350 400 450 500 550 630 700 800 900 1000 1100 1250 1400 1600 1800 2000 2200 2500 2800 30 * Ipm (A) a a a a a a a a a a 230 300 360 460 650 880 1300 1700 1900 2300 31 * Ipm (A) a a a a a a a a a a 850 1150 1450 1600 2200 2500 3000 3400 5000 5600 32 * Ipm (A) a a a a a a a a b 2000 2300 2600 3150 3700 4300 5300 7800 9000 33 * Ipm (A) 2 x 32 * Ipm (A) a 2300 a 2500 a 3250 a 3900 a 4800 a 5600 a 6600 a 5200 a 7700 b 11000 a 7400 a b 12500 a 8600 a a 10600 a a 15600 a b 18000 a a b b 2 x33 * Ipm (A) 6500 7800 9600 11200 13200 15400 22000 25000 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. This is the case for faults occurring in voltage commutated 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. 12/04 SCAC91 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Microswitches PSC 3x &7x - 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 MS 7V 1-5 BLOWN - MANUAL RESETTING - STANDARD 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 Main Characteristics Code 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 AC Insulation voltage rating (***) 1000 V 1500V 1000 V 1500V 1000V 1500V Breaking Capacity AC voltage Impulse Positive Fire class withstand voltage test Current Uimp1.2/50 according operating Non inductive circuit Inductive circuit : L/R = 25ms test rating Current s to UL 94 voltage/current (*) 30V 110V 250V 30V 110V 250V (**) 20 V 50 mA 50/60 Hz 10 A 10 A 10 A 10 A 10 A 10 A 8,5 kV 14 kV DC 8 A 0,4 A 0,2 A 4 A 0,2 A 0,1 A 50/60 Hz 3 A 3 A 3 A 2 A 1 A 1 A 12 kV 8,5 kV 20 kV 3 A 0,5 A 0,25 A 3 A 0,2 A 0,1 A 12 kV 20 kV 8,5 kV 12 kV 14 kV 20 kV 10 A 10 V 10 mA 3A 10 V 10 mA 3A DC 50/60 Hz 3 A 3 A 3 A 3 A 0,5 A DC 2A 1A 1A 2 A 0,2 A - 14 kV H.B * 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 SCAC92 12/04 Semiconductor fuses Semiconductor (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Microswitches for PSC 3x &7x Indication systems for PSC Fuse sizes 30 to 73 MS 3V... These patented indication systems are exclusively hand resettable. Fuse size 4 1 Designation Indication style Weight (g) Standard NO-NC 34 Ref. Number Pack. Catalog Number 2 MS 3V 1-5 (fig.1) MS 3V 1-5 UR X31 MS30014 V1-5 42 MS 3V 1-5 BS 30, 31 (3) 32, 33 MS 3V 1-9 BS (4) 39 (fig. 1) MS 3V 1-5 ET (fig.2) position declenchee switched position 10 6.35 x 0.8 2 X310014 MS3V1-5 34.6 MS3 V1-5 3 pieces Y310038 MS3 V1-5UR K310013 Low level NO-NC 34 3 pieces MS3-V1-5BS MS3V1-9BS P310011 Double pole Low level 44 3 pieces S310009 Low level NO-NC IP 50 (9) 34 3 pieces MS3V1-5 ETANCHE (3) Same as fig.1 (4) Same dimensions as figure 1 but with 2 microswitches side by side (9) Watertightness class 1 4 X310014 10 32.7 4.75 x 0.5 1 4 (fig. 2) MS 7V... Fuse size Designation MS 7V 1-5 (fig.5) MS 7V 1-5 UR MS 7V 1-5 BS 70, 71 (3) 72, 73 MS 7V 1-9 BS (4) 4 1 Ref. Number J310002 Indication style 2 Weight (g) Pack. 45 3 pieces R310009 MS3V1-5 ET 32.7 Catalog Number MS7 V1-5 Standard NO-NC Z310039 MS7 V1-5UR K310003 Low level NO-NC 45 3 pieces MS7-V1-5BS MS7V1-9BS P310007 Double pole Low level 55 3 pieces S310010 Low level NO-NC IP 50 (9) 55 3 pieces MS7V1-5 ETANCHE 2 MS 7V 1-5 ET (fig.6) K MS731000 V1-5 3 BS 42 62,5 (fig. 5) (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. position declenchee switched position 10 6.35 x 0.8 10 4.75 x 0.5 4 1 (fig. 6) 2 34.5 12/04 1 4 2 K310003 MS7V1-5BS 32.7 SCAC93 S310010 MS7V1-5 ET 32.7 Semiconductor Semiconductorfuses (AC) fuses Protistor (R) Square-body Fuses PSC aR sizes 3x - 450V to 700 VAC Metric-studs Metric studs for threaded terminal fuses Designation Ref. Number Unit weight (g) Pack. Catalog Number Sizes 0 and 1 HC stud pair M8x30 & M8x35 S098801 23 6 pairs STUM8x30M8x35 Size 2 HC stud pair M10x30 & M10x50 T098802 40 6 pairs STUM10x30M10x50 Size 3 HC stud pair M12x35 & M12x50 V098803 60 6 pairs STUM12x35M12x50 Size 2 HC stud pair M10x50 W098804 45 6 pairs STUM10x50 HC stud pair M12x50 X098805 45 6 pairs STUM12x50 Type and fuse size Size 3 We recommend the use of studs, whose quality is suited to all FERRAZ SHAWMUT square-body fuses with terminals Stud mounting Torque type Stud type Maximum stud tightning torque (Nm) (1) Maximum nut tightning torque (Nm) (1) M8x30 & M8x35 M10x30 & M10x50 M12x35 & M12x50 10 15 15 13.5 26 46 M8x30 & M8x35 M10x30 & M10x50 M12x35 & M12x50 10 15 15 13.5 26 46 M8x30 & M8x35 M10x30 & M10x50 M12x35 & M12x50 10 15 15 13.5 26 46 Balanced torque Balanced torque Unbalanced torque SCAC94 12/04