Edison product catalog. Circuit Protection Products

Transcription

1 Edison product catalog Circuit Protection Products

2 Index Catalog Number Page : = ( & : = & : = & : = &* : = ( ( : = ( & % : = & % : = & : = & : = & : = : = ( & : = & : = & : = &* : = : = ) : = : = % : =! % : = ( ) % : = )! % : = ) % : = )! % : = ) % : = : = ( & # % : = & # % : = &* # : = %?@ ( ( ) : = ) : = ( ( : = ) : = ) : = ( ) % : = %?@ B@/ 9<08@ % Catalog Number Page & & B@ 9<08@ <1B9.? 9<08@ B@ 9<08@ <E <C?' ; A@ ) % 9= 9. : =@ * * & ( $ ( $ ( $ $ ( $ $ * * % * * * * % $ $ % % % * % % % % " % $ %$ " % ( $ " H%?@ " ) $ $ $ % & " %?@ B@=B9?@ ) ) ) ) ) " B@/ 9<08@ % % Catalog Number Page % B@/ 9<08@ $ &$ & * + " %?@ " ; 0A@ ; ; B@5<91?@ B@/ 9<08@ - -!! % & ' $ %$ & & & * # &! & ( %?@ ( %?@ $!! $!! $!! $! $!! $! Catalog Number Page! $!! $!!! $!! $!! $!!! $! $!! $,, " " " %?@ " " " %?@ "! $ B@/ 9<08@ $ $ % % %! $ % %?@ % $ % % B@ % % %" %" %" " %" & & & B@/ 9<08@ &- - & & % & ' * * A< * * ' ) =9FDA5:. 7<?; 1B@A?. 9@A. ; 1.?1@. ; 1. ; 0F?>B?: ; % ' % % ' A0. ; 1.?:. ; B3. 0AB?1. A3. 09A@A5. A.?%! 0?A31&5@0. A. 9<@; A; 11A<=?@; A=?<1B0A1. A.. ; 1=?<C1A05; 0. 9; 3<?:. A<; A5. AD959=A5; 1B@? DA51@;. ==90. A<; )?@?CA5?5ADA5<BA; <A0A<05. ; 1@; <3. ; F=?<1B0A@. ; 1A<1@0<; A; B<?9: A1@A?/ BA<; <3. ; F =?<1B0A@). 9@<?@?CA5?5AA<05. ; <?B=1. ADA5<BA; <A0. ; FA05; 0. 9; 3<?:. A<; 0<; A. ; 1; A5@0. A. 9<! ; 0. / A@A1/ FA5B@?;. 9=<@@/ 9. ==90. B?A5?) A. 8; 9AF3<???<?@<?<: A. ; 1; A5@0. A. ==90. A<; <3. ; F 1@<; =?<1B0A 3<?:. C. 9. / 9; A5 1@<; =?<1B0A1. C. 9. / 9<; 9;. ADDD1@<; 3B@0<: G

3 Table of Contents UL Fuses: 9.??% A. 9 9: : 9. E! % &% 9.??% A. 9 9: : 9. E! % &% 9.??%.?@ 0@;! %& % 9.?? ' : 9. E.?@ 0@; ( 9.?? A. 9 9: : 9. E.?@ 0@; 9.??' D@>: 9E.?@ 0@; '! ' & 9.?? & 9.?? ' : 9. E ' : 9. E ' %.?@ 0@; % UL Fuses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age * + D : : * + * D : : * D : : * * D : : * # D : : * # D : : * # i

4 Table of Contents (Con t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lements of a Practical Fuse Specification 180 Fuse Terminology 181 Cross Reference Guides 183 Quick Cross Reference Guide 190 Page ii

5 ECNR/ECSR Class RK5 Dual-Element Time-Delay Fuses ) :) 3/! ; * - 8! $ ( ) ) :) 3/! ; * - 8 %$ ( ) Amp Ratings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

6 ECNR/ECSR Class RK5 Dual-Element Time-Delay Fuses characteristics of these fuses typically allows them to be sized closer to the running ampacity of inductive loads to reduce cost and provide improved overcurrent protection. These fuses will override normal equipment current surges to reduce unnecessary fuse openings. They are the most popular fuses used in the industry and the most economical for most applications, especially motors and transformers. They have moderate current limitation. ECNR/ECSR Dual Element Fuses These fuses are recommended for AC power distribution system mains, feeders and branch circuits having inductive loads (motors, transformers) or non-inductive loads (lighting, heating) where the available short-circuit current does not exceed 00,000 RMS symmetrical amps. These dual-element, time-delay fuses have minimum industry standard time-delay of 10 seconds at 5 times the fuse rating (8 sec. minimum for 50V, 30A and less). The time-delay Class R fuses will fit Class H, K and R fuse clips. Class R fuse clips will only accept Class R fuses. Fuses rated 00Vac or less may be applied at any lower voltage. Dimensions Ferrule Design 0 through 0 Amps Knife Blade 70 through 00 Amps Overall Max Catalog Length - in Diameter - in Number Amps A B ECNR ECSR

7 ECNR/ECSR Class RK5 Dual-Element Time-Delay Fuses Average Melt Time-Current Curves Cat No. ECNR (Amp)

8 ECNR/ECSR Class RK5 Dual-Element Time-Delay Fuses <- 8) / - - 3:&1 - ; 88-5: ; 8<- 9 ) :! %$ 7 1A A A 5A 8A AMP RATING 10A 15A 30A 0A A 00A AMP RATING 00A 00A TIME IN SECONDS 1.1 TIME IN SECONDS ,000 RMS SYMMETRICAL CURRENTS IN AMPS 10,000 0,000 RMS SYMMETRICAL CURRENTS IN AMPS

9 ECNR/ECSR Class RK5 Dual-Element Time-Delay Fuses #- ) - :&08; / 0 ; 88-5: ; 8<- 9! $ %$ PEAK LET-THROUGH CURRENT IN AMPS X10 3 AMP RATING PEAK LET-THROUGH CURRENT IN AMPS X10 3 AMP RATING RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 x SYMM RMS AMPS) RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 x SYMM RMS AMPS)! $ Available Fault Apparent Effective Let-Through Amps Current Fuse Amp Ratings RMS Amps 30A 0A A 00A 00A 00A 5,000 1,050,070,80,300 5,000 5,000 10,000 1,310,570 3,30 5,00 8,700 10,000 15,000 1,90,90,10,00 9,900 15,000 0,000 1,30 3,00,500,800 10,700 1, 5,000 1,70 3,0,800 7,00 11,00 17,00 30,000 1,80 3,30 5, 7,700 1, 18,300 35,000 1,90 3,810 5,00 8, 1,00 19,00 0,000,000 3,980 5,00 8,500 13, 19,900 50,000,10,00,000 9, 1,000 1,00 0,000,0,500,00 9,00 1,900,00 80,000,50,900 7,000 10,00 1,000,00,000,0 5,00 7,500 11,00 17,,00 150,000,90 5,800 8,300 13,000 19,00 9,00 00,000 3,10,00 8,900 1,300 0,800 31,700 ; 88-5: 1 1:) :15&) * 3-9 %$ Available Fault Apparent Effective Let-Thruough Amps Current Fuse Fuse Amp Ratings RMS Amps 30A 0A A 00A 00A 00A 5,000 1,90,070,980 5,000 5,000 5,000 10,000 1,0,590 3,810,500 8,800 10,000 15,000 1,890,90,00 7,500 10,00 15,000 0,000,110 3,50,800 8,300 11,00 18,00 5,000,0 3,70 5,00 8,900 1,00 19,00 30,000,0 3,0 5,500 9,00 13,00 1, 35,000,570 3,850 5,800 10, 1,,00 0,000,70,030,000 10,500 1,700 3,00 50,000,890,300,500 11,00 1,000 5,300 0,000 3,00,500,900 1, 17,00 7,000 80,000 3,30,900 7,00 13,00 19, 9,500,000 3,30 5,00 8,00 1,00 0,700 31, ,000, 5,800 9,300 1,500 3,900 3,300 00,000,00, 10,00 18,300,700 39,500 ==.?; A" A) 5?<B5 : =@C. 9B@.??. 13?<: &. 8" A) 5?<B5 B??; A B?C@. ; 1A5=. 80B??; AC. 9B1C11/ : A?F. 0A<?

10 LENRK/LESRK Class RK1 Dual-Element Time-Delay Fuses ) :) 3/! ; * - 8! $ ( ) ) :) 3/! ; * - 8 %$ ( ) Amp Ratings LENRK LESRK ! $ %$ % ) :159 B. 9 9: ; A) : 9. F ( 3:) / - $ ) :15/ " $ '! +. 0" ( '! $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ '! B@ / - 5+=5.8 ) :15 * " B1-9 (?A31 ' ' =? $ < % :1.1-, $ ) :15/ 9 ( 3:) / - $ ) :15/ " $'! " ( '! +10 5:- 88; 7:15/ $ ) :15/ " $ '! " ( '! :9 H )?B 1B. 99: ; A?? <3 " 3<?: <A<?/. 08B==?<A0A<; H ( B=?<?<C?9<. 1. ; 10F09; 0. =. / 9A@ H EA?: 9F 0B??; A 9: 0<: =<; ; A=?<A0A<; 7731+) :159 H ' 0<: : ; 11 3<? =<D? 1@A?/ :. 31?@. ; 1/?. ; 050?0BA@ H &?<A0A<; <3: <A<?@. ; 1: <A<?/?. ; 050?0BA@ H ) F= J$ <. :. K=?<A0A<; 3<? 0<: =<; ; A@ H 99 ;?. 9 =B?=<@. ==90. ; 09B1; 95A; 5. A;. ; 1<A5?; <; ; 1B0AC9<. 1@ $ , -, ; ' ; 1 ; A5@0. A. 9< $ , -, ' 7/ 8), - $ <; CROSS REFERENCE VOLTS EDISON MERSEN LITTELFUSE 50 LENRK ADR LLNRK 00 LESRK ADR* LLSRK *Not dual element Amp

11 LENRK/LESRK Class RK1 Dual-Element Time-Delay Fuses! $ %$ ; ) : ; 9-9 ) 5. ==90. A<;?0<: : ; 113<?A5@3B@@@E. 3<? A5 1@<; $ ' ( ' 3B@@ E0=A 3<? A5. 1C. ; <3?. A? 0B??; A 9: A. A<; ) 5 1@<; " $ '! " ( '! 3B@@ 5. C B= A< : <? 0B??; A 9: A. A<;. ; 1B=A< : <? : =@( >B.?1( 0<; 1 A 9: A. A<; B; 1? 3. B9A 0<; A5. ; 1@<; $ ' ( ' 3B@@ A<?1B0 =<A; A. 9 3<? 1. :. ;. 11A<; " $ '! " ( '! 3B@@. 99<D / 3<? 90A?0. 9 1@;?@. ; 1 / =?<A0A<; 3<? /?. 8?@ 5. C; ;. 1>B. A ; A??B=A;?. $ ' ( '. ; 1 " $ '! " ( '! 3B@ =5F@0. 9F ; A?05. ;. / 9. ; 1 90A?0. 99F ; A?05. ;. / 9 =? * " >B=: ; A 9@A; 0<; ; 1.??0<: : ; =?. 0A0. 9 0<; <: 0. 9 D. F A< 3<? :. ; &8; - ; ) : 59:8; +:15 Short-circuit element Insulated end-caps to prevent accidental contact with live parts. Overload element 3B@@D93A ; 1' 3B@09=@ 3B@09=@D9<; 9F. 00=A 3B@@ B@@?. A <?9@@:. F/. ==91. A. ; F9<D?C<9A. I A5?<B5 : =@! ; I A5?<B5 : =@ Overall Max Catalog Length - in Diameter - in Number Amps A B LENRK LESRK

12 LENRK/LESRK Class RK1 Dual-Element Time-Delay Fuses! $ 7 <- 8) / - - 3:&1 - ; 88-5: ; 8<- 9 %$ /10 15 / /10 3/10 /10 1 / /10 8/ / 1 1 /10 1 / 3 /10 1 / AMP RATING 1/10 15 / /10 3 /10 /10 1 / / / 8/ /10 1 /10 1 / 1 / AMP RATING TIME IN SECONDS TIME IN SECONDS RMS SYMMETRICAL CURRENT IN AMPS 1,000 CURRENT IN AMPS

13 LENRK/LESRK Class RK1 Dual-Element Time-Delay Fuses LENRK Average Melt Time-Current Curves LESRK A 0A 30A 0A A 00A 00A 00A AMP RATING TIME IN SECONDS ,000 RMS SYMMETRICAL CURRENT IN AMPS,000 3,000,000,000 8,000 10,000 9

14 LENRK/LESRK Class RK1 Dual-Element Time-Delay Fuses #- ) - :&08; / 0 ; 88-5: ; 8<- 9! $ %$ INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 50,000 0,000 30,000 0,000 10,000 8,000,000 5,000,000 3,000 A,000 1,000 1,000,000 3,000,000 5,000,000 8,000 10,000 0,000 30,000 0,000 50,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) B 00,000 AMP RATING INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 50,000 0,000 30,000 0,000 10,000 8,000,000 5,000,000 3,000 A,000 1,000 1,000,000 3,000,000 5,000,000 8,000 10,000 0,000 30,000 0,000 50,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) B 00,000 AMP RATING B?C@A@A1. A. </ A. ; 1. 0A<?D5; =<@@/ 9! $ $ % #- ) - :&08; / 0 ; 88-5:9 Available Fault Apparent Effective Let-Through Amps (ka) current RMS Amps I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p 1, , , , , , , , , , , , , , , , , , , ; 88-5: 1 :) :15&) * 3-9 %$ $ % #- ) - :&08; / 0 ; 88-5:9 Available Fault Apparent Effective Let-Through Amps (ka) current RMS Amps I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p 1, , , , , , , , , , , , , , , , , , ,000 3 ==.?; A" A) 5?<B5 : =@C. 9B@.??. 13?<: &. 8" A) 5?<B5 B??; A B?C@. ; 1A5=. 80B??; AC. 9B1C11/ : A?F. 0A<?

15 NCLR Class RK1 Fast-Acting Fuses SCLR Class RK1 Fast-Acting Fuses ) :) 3/! ; * - 8! $ ( ) ) :) 3/! ; * - 8% $ ( ) Amp Ratings NCLR SCLR ! $ % $ % ) 0A; ( 3:) / - $ ) :15/ $ " ' +. 0( " ' $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ '! B@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < % :1.1-, $ ) :15/ 9 ( 3:) / - $ ) :15/ $ " ' +10 ( " ' +10 5:- 88; 7:15/ $ ) :15/ $ " ' ( " ' 8 I A5?<B5 : =@! ; I A5?<B5 : =@ :9 H $ < ; A; A<;. 9 A: 19. F >B089F <; <C?9<. 1 0B??; A 7731+) :159 H ' 0<: : ; 113<?=?<A0A<; <; ; <; ; 1B0AC9<. ; 1?@@A. ; 05. A; 0?0BA@ H A??B=A;?. A; 0?0BA/?. A1. ==90. $ , -, ; ' ; 1 ; A5@0. A. 9< $ , -, ' 7/ 8), - " $ '! " ( '! CROSS REFERENCE VOLTS EDISON MERSEN LITTELFUSE 50 NCLR AKR KLNR 00 SCLR AKR* KLSR* * Larger body size on blade type.

16 NCLR Class RK1 Fast-Acting Fuses SCLR Class RK1 Fast-Acting Fuses I A5?<B5 : =@! ; I A5?<B5 : =@ 7731+) :15 1@<; $ " ' ( " ' '! 0A; 3B@@.??0<: : ; 113<?;?. 9=<D?1@A?/ B@3<? :. ; 31?. ; 1 /?. ; 05 0?0BA@ 5. C;. 55 =?0; A. <3 ; <; ; 1B0AC 5. A;. ; 1 95A; $ " ' ( " ' / 9 3<? 0?0BA /?. 8? =?<A0A<;, 5; $ " ' ( " ' 0A; 3B@@.? B@1 3<? ; 1B0AC 9<. 1@ A5 3B@@ B@B. 99F?>B? <C?@G; A< <C??1 ; <?:. 9 A?. A 0B??; <3 : <A<?@. ; 1 A?. %C?@G; 3B@@ B@B. 99F ; 3B@. ; 1 >B=: ; A 0<@A. ; 1?1B0@ <C?0B??; A =?<A0A<; <? ; 1B0AC 9<. 1@ " $ '! " ( '! 3B@@.??0<: : ; 11 $ " ' ( " ' '! 0A; 3B@@.? =5F@0. 99F ; A?05. ;. / 9DA5<A5? 3B@@) 5FD9?=9. 0 <? ; 1.?13B@09=@, 5; : ; 11/ 8?:. ; B3. ==90. A<; Overall Max Catalog Length - in Diameter - in Number Amps A B NCLR SCLR <- 8) / - &1 - ; 88-5: ; 8<- 9 ) :!! $ 7) 5, % $ A A A 00A 00A 00A AMP RATING TIME IN SECONDS ,000,000 3,000,000,000 8,000 10,000 RMS SYMMETRICAL CURRENT IN AMPS

17 INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS NCLR Class RK1 Fast-Acting Fuses SCLR Class RK1 Fast-Acting Fuses 00, ,000 00,000,000 80,000 0,000 50,000 0,000 30,000 0,000 10,000 8,000,000 5,000,000 3,000 A,000 1,000 1,000,000 3,000,000 5,000,000 8,000 10,000 0,000 30,000 0,000 50,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) #- ) - :&08; / 0 ; 88-5: ; 8<- 9! $ % $ B 00,000 AMP RATING INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 50,000 0,000 30,000 0,000 10,000 8,000,000 5,000,000 3,000 A,000 1,000 1,000,000 3,000,000 5,000,000 8,000 10,000 0,000 30,000 0,000 50,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) B 00,000 AMP RATING B?C@A@A1. A. </ A. ; 1. 0A<?D5; =<@@/ 9 ; 88-5: 1 1:) :15&) * 3-9! $ % $ NCLR RMS & Peak Let-Through Currents (ka) Prosp. Fuse Size Short C.C. I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p 5, , , , , , , , , , , , , , , , SCLR RMS & Peak Let-Through Currents (ka) Prosp. Fuse Size Short C.C. I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p 5, , , , , , , , , , , , , , , , ==.?; A" A) 5?<B5 : =@C. 9B@.??. 13?<: &. 8" A) 5?<B5 B??; A B?C@. ; 1A5=. 80B??; AC. 9B1C11/ : A?F. 0A<?

18 Class L Time-Delay Fuses Class L Fast-Acting Fuses ) :) 3/! ; * - 8 & ) = ( ) ) :) 3/! ; * - 8 ' ) 9: +:15/ ( ) Amp Ratings LCL 300* * * LCU * Not UL Listed (See note below). LCL: Time-delay of 5 seconds minimum at 500% rated current allows closer sizing. NOTE: LCL amp fuses are physically the same as 800 amp size; Use in 800 amp switch where load current is not fully utilized and a smaller fuse amp size is desired. Also useful in new installations to allow for future upgrades in service. ' % ) :159 " " ) : 9. F " 0A; ( 3:) / - $ ) :15/ " " +. 0" * $ ) :15/ " " " * 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ B@ / - 5+=5.8 ) :15 * " B1-9 (?A31 ' " =? $ < :9 H J%?; K :. E: B: 0B??; A 9: A;. / 9AF H ( 9C?=9. A1: 0?<=; 1A?: ;. 9@ H 5@A?; A5: 9. : ; 7731+) :159 H ' 0<: : ; 11 3<? =<D? 1@A?/ :. ; 19.?31?@ H ' ' 0<: : ; 11 3<? ; <; ; 1B0AC 5. A;. ; 1 95A; 9<. 1@ / 9 3<? =?<A0A<; <3 9<D ; A??B=A;?. A; 0?0BA/?. 8?@ $ , -, %1>15/ <?: <?<3: <A<?3B99<. 10B??; A $ , -, ' 7/ 8), - $ <; C. 9. / 9 CROSS REFERENCE EDISON MERSEN LITTELFUSE LCL ABY KLP-C, KLLU LCU None None

19 Class L Time-Delay Fuses Class L Fast-Acting Fuses ) :! 7 <- 8) / - &1 - ; 88-5: ; 8<- 9 ) :A! ' A A 100A 000A 500A 3000A 000A AMP RA TING A A 1350A 100A 000A 3000A 000A 000A AMP RATING TIME IN SECONDS 1 TIME IN SECONDS ,000 10,000,000 00, ,000,000 3,000,000,000 8,000 10,000 0,000 30,000 0,000 RMS SYMMETRICAL CURRENT IN AMPS 0,000,000 CURRENT IN AMPS

20 Class L Time-Delay Fuses Class L Fast-Acting Fuses #- ) - :&08; / 0 ; 88-5: ; 8<- 9 ' INSTANTENOUS PEAK LET-THROUGH CURRENT AMPS 00,000,000 10,000 A 1,000 1,000 10,000,000 B 00,000,000 3,000,500,000 1,00 1, AMP RATING RMS SYMMETRICAL CURRENTS IN AMPS A-B= ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) B?C@A@A1. A. </ A. ; 1. 0A<?D5; =<@@/ 9 Current-Limiting Effects *Prosp. Let-Through Current (Apparent RMS Symmetrical) S.C.C. Versus Fuse Ratings 800A A 100A 000A 3000A 000A 5,000 5,000 5,000 5,000 5,000 5,000 5,000 10,000 10,000 10,000 10,000 10,000 10,000 10,000 15,000 13,000 15,000 15,000 15,000 15,000 15,000 0,000 1,000 18,000 0,000 0,000 0,000 0,000 5,000 1,000 1,000 5,000 5,000 5,000 5,000 30,000 1,500,500,000 30,000 30,000 30,000 0,000 18,000 5,500 9,000 3,000 0,000 0,000 50,000 19,000 7,000 3,000 37,000,000 5,000 0,000 1,000 9,000 35,000 1,000 5,000 50,000 80,000,000 3,000 39,000 5,000 51,000 57,000,000,000 3,000 1,000 51,000 55,000, ,000 30,000 0,000 8,000 58,000,000 78,000 00,000 3,000 5,000 5,000 5,000 7,000 9,000 * RMS Symmetrical Amps Short-Circuit Current. NOTE: Data derived from Curves. INSTANTENOUS PEAK LET-THROUGH CURRENT AMPS 00, ,000 00,000,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000 A,000 1,000 1,000,000 ; 88-5: 1 1:) :15&) * 3-9 ' 3,000,000,000 8,000 10,000 0,000 30,000 0,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) Current-Limiting Effects *Prosp. Let-Through Current (Apparent RMS Symmetrical) S.C.C. Versus Fuse Ratings 800A A 100A 000A 3000A 000A 000A 5,000 5,000 5,000 5,000 5,000 5,000 5,000 5,000 10,000 9,700 10,000 10,000 10,000 10,000 10,000 10,000 15,000 11,500 13,000 15,000 15,000 15,000 15,000 15,000 0,000 1,500 15,00 18,000 0,000 0,000 0,000 0,000 5,000 1,000 1,000 1,000 5,000 5,000 5,000 5,000 30,000 1,500 17,500,000 7,000 30,000 30,000 30,000 35,000 15,000 18,000,000 8,000 35,000 35,000 35,000 0,000 15,500 19,000 5,000 9,000 0,000 0,000 0,000 50,000 1,000 1,000,000 3,000,000 8,000 50,000 0,000 19,000,000 8,000 3,000 8,000 51,000 0,000 80,000 0,000,000 31,000 3,000 5,000 0,000 80,000,000 3,000 9,000 39,000 0,000 57,000 8,000 95, ,000 7,000 3,000 0,000 7,000 70,000 79, ,000 00,000 9,000 39,000 3,000 50,000 78,000 93,000 11,000 *RMS Symmetrical Amps Short-Circuit Current. NOTE: Data derived from Curves. B,000,000 3,000,500,000 1,00 1, ,000 AMP RATING ==.?; A " A) 5?<B5 : =@ C. 9B@.??. 1 3?<: &. 8 " A) 5?<B5 B??; A B?C@. ; 1 A5 =. 8 0B??; A C. 9B 1C11 / : A?F. 0A<?

21 Class L Time-Delay Fuses Class L Fast-Acting Fuses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

22 JDL Class J Time-Delay Fuses ) :) 3/! ; * - 8 ( ) Amp Ratings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

23 JDL Class J Time-Delay Fuses <- 8) / - &1 - ; 88-5: ; 8<- #- ) - :&08; / 0 ; 88-5: ; 8<- 9 ) :! TIME IN SECONDS A 3A 3 5A A 0 15A 0A 30A 0A 50A 0A ; 88-5: 1 1:15/..- +:9 A 15A 00A 5A 00A 00A ,000 8,000 10,000 *Prosp. Let-Through Current (Apparent RMS Symmetrical) S.C.C. JDL Fuse Ratings 15A 30A 0A A 00A 00A 00A 1, ± 3, ,130 1,0,30 5, ,0 1,910,70,00 10, ,000 1,730,50 3,50 5,50 8,000 15, ,0 1,890,850,000,0 9,000 0, ,330,10 3,090,00 7,000 10,000 5, ,0,50 3,00 5,000 7,500 11, 30, ,530,370 3,50 5,10 8,000 11,800 35, ,00,580 3,780 5,30 8,330 1,500 0, ,0,70,000 5,0 9,000 13,70 50, ,70,790,70,000 9,380 13,80 0,000 1,000 1,850 3,000,70,0 10,000 15,000 80,000 1,10,000 3,0 5,000 7,00 11,70 1,000,000 1,0,150 3,50 5,30 7,950 1,180 17,70 150,000 1,00,0,000,170 9,000 1,30 19,70 00,000 1,50,0,50 7,000 10,000 15,80 0,00 *RMS Symmetrical Amps Short-Circuit Current. NOTE: Data derived from Curves. 00 1,000 RMS SYMMETRICAL CURRENT IN AMPS,000 3,000,000 Amp Rating ) :! 7 INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000 A,000 1, ,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000,000 1, A , ,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILALBE PEAK (.3 X SYMM RMS AMPS),000 3,000,000,000 8,000 10,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) B 3,000,000,000 8,000 10,000 0,000 0,000 30,000 0,000 B 30,000 0,000 0,000 80,000,000 0,000 80,000,000 00,000 00, AMP RATING AMP RATING ' 3?A< " ( 0A<; <; =.

24 JFL Class J Fast-Acting Fuses ) :) 3/! ; * - 8 ( ) Amp Ratings JFL % ) 0A; ( 3:) / - $ ) :15/ " $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ B@ 1@<; " 3B@@.?. : <; A5 : <@A 0B??; A 9: A; 3B@@. C. 9. / 9 ) 99 =5F@0. ; 1 55 =?3<?:. ; 0 05.?. 0A?@A0@ :. 8@ 3B@@ <?. ; F@=. 09: A1. ==90. A<; 1@<; " 3<? A5 =?<A0A<; <3 ; <; ; 1B0AC 5. A;. ; 1 95A; 0?0BA@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < :9 H ( =. 0@. C; 0A; 1@; =?: A@ 3<? / <A5 <C?9<. 1@. ; 1@5<?A@ H EA?: 9F0B??; A9: A; 7731+) :159 H ' 0<: : ; 113<?=?<A0A<; <3; <; ; 1B0AC9<. ; 1?@@A. ; 05. A; 0?0BA@ H <?: <A<?. ==90. 1@<; " $ , -, ; ' 3?A<=. ; A5@0. A. 9< $ , -, ' 7/ 8), - " CROSS REFERENCE EDISON MERSEN LITTELFUSE JFL AJ JLS

25 JFL Class J Fast-Acting Fuses JDL Class J Time-Delay Fuses ) :! ) 5, Amp Overall Max. Blade Barrel Blade Blade Rating Length Dia. Length Length Thickness Width Mounting Hole Spacing Range A B C D E F G H J K / 13/ /8 1-1/ /8 1-1/18 1-5/8 1/8 3/ 1/ 3-5/8 3/8 9/ / 1-5/8 1-3/8 3 3/1 1-1/8 11/1-3/8 3/8 9/ /8-1/8 1-7/8 3-3/8 1/ 1-5/8 15/1 5-1/ 17/3 13/ /8-1/8 3-3/ 3/8 1 11/1 17/3 <- 8) / - &1 - ; 88-5: ; 8<- ) :! 7 TIME IN SECONDS A 0 0 0A 80 A 00A 00A A 800 1,000 AMP RATING,000 3,000,000,000 8,000 10,000 ; 88-5: 1 1:) :15&) * 3- Prosp. Fuse Size Short S.C.C. I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p I RMS I p 5, , , , , , , , , , , , , , , , #- ) - :&08; / 0 ; 88-5: ; 8<- 9 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) RMS SYMMETRICAL CURRENT IN AMPS ==.?; A " A) 5?<B5 : =@ C. 9B@.??. 1 3?<: &. 8 " A) 5?<B5 B??; A B?C@. ; 1 A5 =. 8 0B??; A C. 9B 1C11 / : A?F. 0A<? B?C@A@A1. A. </ A. ; 1. 0A<?D5; =<@@/ 9 INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 50,000 0,000 30,000 0,000 10,000 8,000,000 5,000,000 3,000 A,000 1,000 1,000,000 3,000,000 5,000,000 8,000 10,000 0,000 30,000 0,000 50,000 0,000 80,000,000 B 00,000 AMP RATING ( ) +

26 TJN (300Vac) Class T Fast-Acting Fuses TJS (00Vac) Class T Fast-Acting Fuses ) :) 3/! ; * - 8&! ( ) ) :) 3/! ; * - 8& % ( ) Amp Ratings TJN TJS @<; ) 3B@@.? EA?: 9F 0A; 3B@@ ;. 0<: =. ) 5@ 3B@@.? 1. A5 :. ; 3B@ =?<A0A<; 3<? =. ; 9/ <.?1@ 9<. 1 0; A?@. ; 1 : A?@A. 08@ :9 H $ <; A; A<;. 9A: 19. <C?9<. 1 H EA?: 9F0B??; A9: =<; ; A=?<A0A<; 7731+) :159 H ' 0<: : ; 113<?=?<A0A<; <3; <; ; 1B0AC9<. ; 1?@@A. ; 05. A; 0?0BA@ H A< =?<A0A 9<D? ; A??B=A;?. A; 0?0BA /?. 8?@ A1DA5 3B@@ H <? : <A<? A " D505 <; 9F &! & %% ) :159 EA?: 0A; ( 3:) / - $ ) :15/ ) $ +. 0) ( $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ ) $ ) ( 8 ' # ( ( F: : A?0. 9 : =@ ) $ 8 : =@ B@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < " ' % :1.1-, $ ) :15/ 9 ( 3:) / - $ ) :15/ ) $ +10 ) $ +10 5:- 88; 7:15/ $ ) :15/ ) $ 8 ) $ 8 $ , -, ; ' 3?A<=. ; A5@0. A. 9< $ , -, ' 7/ 8), - $ <; C. 9. / 9 CROSS REFERENCE VOLTS EDISON MERSEN LITTELFUSE 300 TJN A3T JLLN 00 TJS AT JLLS

27 TJN (300Vac) Class T Fast-Acting Fuses TJS (00Vac) Class T Fast-Acting Fuses <- 8) / - &1 - ; 88-5: ; 8<- ) :! &! 7 #- ) - :&08; / 0 ; 88-5: ; 8<- ) :! &! 7 INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000,000 1, A ,000,000 3,000,000,000 8,000 10,000 RMS SYMMETRICAL CURRENTS IN AMPS A-B = ASYMMETRICAL AVAILABLE PEAK (.3 x SYMM RMS AMPS) 0,000 30,000 0,000 0,000 80,000,000 B 00,000 AMP RATING &!

28 TJN (300Vac) Class T Fast-Acting Fuses TJS (00Vac) Class T Fast-Acting Fuses <- 8) / - &1 - ; 88-5: ; 8<- ) :! & % 7 #- ) - :&08; / 0 ; 88-5: ; 8<- ) :! & % 7 TIME IN SECONDS A 1 3A 3 5A 10A A 0 30A A A A 00 CURRENT IN AMPS A 500A 800A ,000 AMP RATING,000 3,000,000,000 8,000 10,000 INSTANTANEOUS PEAK LET-THROUGH CURRENT IN AMPS 00, ,000 00,000,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000,000 1, A ,000,000 3,000,000,000 8,000 10,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) 0.75" (± 0.0) 0.81" (Typ. ) 0.88" (± 0.0) 0.3" (Typ. ) Dia. 0.5" (± 0.0) Dia. 0.81" (± 0.0) 0,000 30,000 0,000 & %A " (± 0.0).5" 1." 1.5" (± 0.0) 1A to 30A.95" (± 0.0).3" 1." 70A to A 110A to 00A 1.00" (± 0.01) 1" (± 0.0) 1.5" (± 0.0) 1.75" (± 0.0) 3.3" (± 0.0).7" 1.73" 3.98" (± 0.0).95" 1.78" 0,000 80,000,000 5A to 00A 50A to 00A.33" (± 0.0) 3.17" 1.88" 01A to 800A B 00, " (Typ. ) AMP RATING " (Typ. ) 0.8" (Typ. )

29 SEC Time-Lag Class G Fuses ) :) 3/! ; * - 8% ( ) Amp Ratings SEC Dimensions - inches Amps Ferrule Diameter Length A (Length) 0.1" (10.1mm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

30 SEC Time-Lag Class G Fuses <- 8) / - &1 - ; 88-5: ; 8<- ) :! % 7 INSTANTANEOUS PEAK LET- THROUGH CURRENT IN AMPS 10,000 8,000,000,000 3,000,000 1, A 00 #- ) - :&08; / 0 ; 88-5: ; 8<- ) :! % ,000 B,000,000,000,000 8,000 10,000 0,000 30,000 0,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 X SYMM RMS AMPS) AMP RATING

31 EDCC Time-Delay CLASS CC Fuses ) :) 3/! ; * - 8 ( ) Amp Ratings EDCC Dimensions - inches Amps Dimension Length /3 1-1/ Dimensions - in (mm) % ) :159 ) : 9. F ( 3:) / - $ ) :15/ $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ 8 B@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < Edison EDCC Class CC fuses are extremely current-limiting fuses in a compact size. EDCC fuses are designed specifically for the protection of small horsepower motor circuits. Recommended sizing for most applications is 00% FLA. Refer to time-current curves for specific applications :9 H?. ; 050?0BA?. A13<? +. 0 H ) : 19. F3<?: <A<?/?. ; 050?0BA=?<A0A<; H E0 9; A0B??; A9: A; =?3<?:. ; 0 H * =?. 13<?@A. ; 1.?1J: 1AK3B@@ 7731+) :159 H 3<? =?<A0A<; 99 5<?@=<D? : <A<? 0?0BA@ <? 91: A: 19. F3B@@ H. ; =?<C1 ) F= J$ <. :. K =?<A0A<; 3<? <? $ A. 0A<?@ H <?0<; A?<9A?. ==90. ) ' $ , -, ; ' 3?A<=. ; A5@0. A. 9< $ , -, ; 9-3, - 89 ' 3?A<=. ; A5@0. A. 9< $ , -, #) 5-3 ; 5: 3, - 89 ' 3?A<=. ; A5@0. A. 9< $ , -, ' 7/ 8), - $ <; C. 9. / 9 CROSS REFERENCE EDISON MERSEN LITTELFUSE EDCC ATDR CCMR

32 EDCC Time-Delay Class CC Fuses &1 - ; 88-5: 0) 8) +:- 819:1+9 ; 8<- <- 8) / - - 3: ; 9-9 #- ) - :&08; / 0 ; 88-5: ; 8<- ) :! AMP RATING 10 TIME IN SECONDS CURRENT IN AMPS 0 ; 88-5: 1 1:15/..- +:9 A ; 9- $ ) :15/ Let-Through Current (Apparent RMS Symmetrical) *Prospective Short- Versus Fuse Ratings Circuit Current 1.5A.8A 15A 0A 5A 30A , ,000 0, ,090 1,305 30, ,030 1,300 1,50 0, ,150 1,390 1,700 50, ,15 1,50 1,80 0, ,050 1,300 1,50 1,980 80, ,130 1,500 1,780,180, ,10 1,00,000,00 00, , 1,00,000,50 3,050 *RMS Symmetrical amps short-circuit current. NOTE: To calculate I p (I peak ) multiply I RMS value x.3.

33 HCLR Fast-Acting Class CC Fuses HCTR Time-Delay Class CC Fuses Circuit Protection ) :) 3/! ; * - 8 $ ( ) ) 9: +:15/ Amp Ratings Dimensions - inches Amps Diameter Length /3 1-1/ $ % ) 0A; ( 3:) / - $ ) :15/ " ' $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ 8 B@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < :9 H?. ; 050?0BA?. A13<? +. 0 H <: =. 0A; 1@;?@=<; 1@>B089FA</ <A5<C?9<. 1. ; A 7731+) :159 H " 5A;. ; 1?@@AC5. A; 9<. 1@ $ , -, ; ' 3?A<=. ; A5@0. A. 9< $ , -, ; 9-3, - 89 ' 3?A<=. ; A5@0. A. 9< $ , -, #) 5-3 ; 5: 3, - 89 ' 3?A<=. ; A5@0. A. 9< CROSS REFERENCE EDISON MERSEN LITTELFUSE HCLR ATMR KLKR ) :) 3/! ; * - 8 &$ ( ) & ) = Amp Ratings Dimensions - inches Amps Diameter Length /3 1-1/ &$ % ) :159 ) : 9. F ( 3:) / - $ ) :15/ ) ' $ ) :15/ 5:- 88; 7:15/ $ ) :15/ ; 88-5: 1 1:15/ 8 ' # ( ( F: : A?0. 9 : =@ B@ / - 5+=5.8 ) :15 * " B1-9 (?A31=? $ < :9 H?. ; 050?0BA?. A13<? +. 0 H <: =. H ) : 19. F1@;. 9<D@09<@?@G; 3<?; A?<9A?. ; 1@<9; <1@ 7731+) :159 H &?:.?F=?<A0A<; 3<?0<; A?<9A?. $ , -, ; ' 3?A<=. ; A5@0. A. 9< $ , -, ; 9-3, - 89 ' 3?A<=. ; A5@0. A. 9< $ , -, #) 5-3 ; 5: 3, - 89 ' 3?A<=. ; A5@0. A. 9< CROSS REFERENCE EDISON MERSEN LITTELFUSE HCTR ATQR KLDR

34 HCLR Fast-Acting Class CC Fuses HCTR Time-Delay Class CC Fuses <- 8) / - &1 - ; 88-5: ; 8<- ) :! $ 7 ) 9: +:15/ ) :! &$ 7& ) = / / AMP RATING TIME IN SECONDS.01 RMS SYMMETRICAL CURRENT IN AMPS

35 Midget Fuses Fast-Acting +=+91 9 ( +- 9; / << +<= - =381 Amp Ratings MCL Dimensions - inches Amps Diameter Length /3 1-1/ +=+91 9! ( +- 9; / << +<= - =381 Amp Ratings MOL Dimensions - inches Amps Diameter Length /3 1-1/ +=+91 9 % ( +- 9; / << ( +- 9; / << +<= - =381 Amp Ratings EBS Dimensions - inches Amps Diameter Length /3 1-3/8 %: / =398< 1CD 3D9>7 ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ; ( $ ) 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( / 8/ 03=< 5>C9?>C K 9789>D5BBE@D9>7B1D9>7 K 1CD13D9>7 5C97> B5C@?>C AE93; <I D??D8?F5B<?1C 1> C8?BD39B3E9D 3EBB5>D : : 3- +=398< K ) DB55D <978D9>7 8?<5BC P<978D9>7 3?>DB?<39B3E9DC5<53DB?>935AE9@= CROSS REFERENCE EDISON MERSEN LITTELFUSE MCL ATM! %: / =398< 1CD 3D9>7 ( 9=+1/ $ +=381, 13, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ;, 13, 13, 13, 13, 13, 13 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( / 8/ 03=< 5>C9?>C K 3?>?= 931<<1= 9>1D5@1@5BDE5 5C97> : : 3- +=398< K ) E@@<5= 5>D1<@B?D53D9?>?B>?> 9>E3D9F53?>DB?<1><978D9>7 39B3E9DC CROSS REFERENCE EDISON MERSEN LITTELFUSE MOL OTM BLF >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3>< %%: / =398< 1CD 3D9>7 ( 9=+1/ $ +=381, 13, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( ; ( $ ) P / 8/ 03=< 5>C9?>C K ) 8?BD5BD81>CD1>1B= 975D 9= 5>C9?>C K 3?>?= 931<5C97> : : 3- +=398< K ) E@@<5= 5>D1<@B?D53D9?>?B >?>9>E3D9F53?>DB?<1><978D9>7 39B3E9DC CROSS REFERENCE EDISON MERSEN LITTELFUSE EBS None BLS $ / / 8. /. ></ 9-5< ' 175C $ / / 8. /. 838/ ></ 9. / ;< ' 175 $ / / 8. /. " +8/ 9>8= 9. / ;< ' 175

36 Midget Fuses Fast-Acting += 9 7 :?/ ;+1/ &37 / >;;/ 8= >;?/ += 9! 7 : /10 3/ 1 1-1/ -1/ Amp Rating A 3A 10A 15A 0A 30A AMP RATING 10 8 Time in Seconds 10 1 TIME IN SECONDS TIME IN SECONDS Current in Amps 800 /10A /A 1A RMS SYMMETRICAL CURRENT IN AMPS += 9 % 7 : A 3A A 7A ,000 AMP RATING >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3>< RMS SYMMETRICAL CURRENT IN AMPS ,000

37 Midget Fuses Time-Delay +=+91 9 # ( +- 9; / << &37 / / +A Amp Ratings MEQ Dimensions - inches Amps Diameter Length /3 1-1/ # %: / =398< * 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ; ( $ ) P 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( / 8/ 03=< 5>C9?>C K 95BDE53?>CDBE3D9?> K * 9= 55<1I 1 <?GC81B= <5CC 9>E3D9F5CEB75CD?@1CCG9D8?ED >55<5CCEC5?@5>9>7 : : 3- +=398< K ) E@@<5= 5>D1<@B?D53D9?>? DB1>C?B= 5BCC?<5>?9C1>?D85B 89789>BEC839B3E9DC K?B=?D?B1@@<931D9?>CB55BD? CROSS REFERENCE EDISON MERSEN LITTELFUSE MEQ ATQ FLQ +=+91 9 ( +- 9; / << &37 / / +A Amp Ratings MEN Dimensions - inches Amps Diameter Length /3 1-1/ %: / =398< * 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ; ( $ ) 13 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( / 8/ 03=< 5>C9?>C K 95BDE53?>CDBE3D9?> K E1< 5<5= 5>D 3?>CDBE3D9?> 1<<?GC 81B= <5CC 9>E3D9F5 CEB75C G9D8?ED?@5>9>7 : : 3- +=398< K ) E@@<5= C= 1<< =?D?BCDB1>C?B= 5BCC?<5>?9C1>?D85B <53DB?>93 39B3E9DC CROSS REFERENCE EDISON MERSEN LITTELFUSE MEN TRM FLM $ / / 8. /. ></ 9-5<' 175C 1> $ / / 8. /. 838/ ></ 9. / ;<' 175 $ / / 8. /. " +8/ 9>8= 9. / ;< ' 175 +=+91 9 ( +- 9; / << ( +- 9; / << ( +- 9; / << " =381&37 / / +A Amp Ratings MID Dimensions - inches Amps Diameter Length /3 1-1/! & 9CE1<DE53?>CDBE3D9?> %: / =398< ' 9> >931D9>7L * 9= 5 5<1I ( 9=+1/ $ +=381, 13, 13, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ;, 13, 13, 13 1/ 8- A809;7 +=398 +##9CD5 E95 9<5! /. 9<5 ) 5BD#( / 8/ 03=< 5>C9?>C K ) 9<F5B@<1D5@9>9>931D5CG85>EC5 9C?@5>5 ' B?F95C@?C9D9F5 5<53DB931<C97>1<13D9F1D9?> : : 3- +=398< K ) E@@<5= >BEC8@?G5B5<53DB?>9339B3E9DC $ / / 8. /. ></ 9-5< ( 55BD?@175 9>D89C31D1<?7 CROSS REFERENCE EDISON MERSEN LITTELFUSE MID GFN FLA >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

38 Midget Fuses Time-Delay += 9 # 7 : / /?/ ;+1/ &37 / >;;/ 8= >;?/ += 9 7 : AMP RATING /A 1A AMP RATING TIME IN SECONDS TIME IN SECONDS RMS SYMMETRICAL CURRENT IN AMPS /A TIME IN SECONDS A A RMS SYMMETRICAL CURRENT IN AMPS += 9 7 : 3A 5A 10A 15A 0A ,000 AMP RATING RMS SYMMETRICAL CURRENT IN AMPS ,000 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

39 KON Class K5 and H One-Time Fuses KOS Class K5 and H One-Time Fuses +=+91 >7, / ;! ( +- 9; / << +=+91 >7, / ;! % ( +- 9; / << Amp Ratings KON 50Vac KOS 00Vac %/ 0 / ;=303/. $ +=381< ( 9=+1/ $ +=381 " &%, 3 " &), 3 " &), 3 " &), 3 8=/ ;;>: =381$ +=381F ; ( 1D5,?<D175 / 8/ 03=< K 3?>?= 931<?B75>5B1<@EB@?C5EC5 : : 3- +=398< K #978D9>7?B851D9>739B3E9DC>?DCE:53DD?8978<5F5<C? 9>BEC83EBB5>D K 9B3E9DC81F9>7B5<1D9F5<I <?G<5F5<C?1F19<1<5 C8?BD39B3E9D3EBB5>D K?B=?D?B1@@<931D9?>CB55BD? 9C?> %( ) (!! %%: / =398< M& >5* 9= 5N 1CD 3D9>7 ( 9=+1/ $ +=381 " &%, 13" &), 13 7 : $ +=381 8=/ ;;>: =381$ +=381 " &% <1CC" ; ( $ ) ) I = = 5DB931< " &% <1CC ; ( $ ) ) I = = 5DB931< " &) <1CC ; ( $ ) ) I = = 5DB931< " &) <1CC" ; ( $ ) ) I = = 5DB931< " &) <1CC ; ( $ ) ) I = = 5DB931< 1/ 8- A809;7 +=398 + ##9CD5 <1CC" + # E95 9<5! 0 9<5 + ##9CD5 <1CC + # E95 9<5! 0 9<5 ) 5BD995 ( %? #( ) 5BD995 %? #(! & " &% 1B5>?D ) 5BD995 ( 55BD?' &%?BEC59> % $ / / 8. /. ></ 9-5< ( 55BD?@175C 1> 9>D89C31D1<?7 $ / / 8. /. ' : 1;+. / %( ) (?B# %( " # ) ( " CROSS REFERENCE EDISON MERSEN LITTELFUSE KON OT NLN KOS OTS NLS >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

40 KON Class K5 and H One-Time Fuses KOS Class K5 and H One-Time Fuses 37 / 8<398<38- / < 5BBE<5 5C97>L D8B?E78 " >95 <15L D8B?E78 Max. Min. Min. Blade Blade Volts and Overall Diameter Blade Length Barrel Length Thickness Width Catalog Number Amps A B C D E F / /1 KON /8 1-1/1 1 1/8 3/ 50Vac /8 1-5/8 1-3/8-1/8 3/1 1-1/ /8 1-15/1 1-7/8-5/8 1/ 1-5/ /8-5/1-1/ 5-3/1 1/ / / 1-1/1 KOS /8 1-1/1 1 1/8 3/ 00Vac /8 1-5/8 1-3/8-1/8 3/1 1-1/ /8-3/ 1-7/8 7-1/8 1/ 1-5/ /8 3-1/ -1/ 8-3/1 1/?/ ;+1/ &37 / >;;/ 8= >;?/ += 9! 7 : ( +- += 9! % 7 : ( A 0A 30A 35A 0A A 00A 00A 00A Amp Rating A 0A 30A 35A 0A A 00A 00A 00A Amp Rating Time in Seconds Time in Seconds ,000,000 3,000,000,000 8,000 10, ,000,000 3,000,000,000 8,000 10,000 RMS Symmetrical Current in Amps RMS Symmetrical Current in Amps >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

41 S and SL Rejection Base Plug Fuses +=+91 >7, / ;% ( +- 9; / << $ / / - =398 +</ >+ / 7 / 8=&37 / / +A Amp Ratings S (Amp) 1/ 1 3-1/ -1/ 1 3/10 1-1/8-1/ 7 15 /10 1-1/ -1/ -1/ 8 0 1/ 1-/10-8/ /10 1-/ / /10 1-8/10 3-/10 1 %%: / =398< E1< <5= 5>D* 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 ; ( $ ) ) I = = 5DB931< 1/ 8- A809;7 +=398 + ##9CD5 E95! ( 9<5 E95!, 9<5 ) 5BD995@5B %? / 8/ 03=< K ) 9J5B5:53D9?>51DEB585<@CD?@B5F5>D?F5BEC9>7 K 51FI EDI E1<5<5= 5>D3?>CDBE3D9?> K ) E@5B9?B?F5B<?11>C8?BD39B3E9D@B?D53D9?> CROSS REFERENCE EDISON MERSEN LITTELFUSE S None SOO +=+91 >7, / ;% ( +- 9; / << $ / / - =398 +</ &37 / / +A Amp Ratings SL (Amp) % %: / =398< * 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 1/ 8- A809;7 +=398 + ##9CD5 E95!, 9<5 ; ( $ ) ) I = = 5DB931< / 8/ 03=< K ) 9J5B5:53D9?>51DEB585<@CD?@B5F5>D?F5BEC9>7 K * 9= 55<1I 3?>CDBE3D9?>G9D8CD1>C<978D=?D?B<?1C K?BE@7B15B55BD?M) NEC5 CROSS REFERENCE EDISON MERSEN LITTELFUSE SL GSL SLO >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

42 Edison Base Plug Fuses and Fuse Adapters +=+91 >7, / ;) ( +- 9; / <<. 3<98 +</ +<= - =381 Amp Ratings W (Amp) 1/ -1/ / / Dummy ) %: / =398< 1CD 3D9>7 ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 1/ 8- A809;7 +=398 + ##9CD5 E95!, 9<5 ; ( $ ) ) I = = 5DB931< / 8/ 03=< K >?>9>E3D9F5 <978D9>7 1> 851D9>7 <?1C K 3?>?= 931< K 9C?>1C5D8B51C9>D?>?>B5:53D9?>EC5B535@D13<5C & C?<5D5- * 1>* #@<E7EC5C $ / / 8. /. 9@ 9?/ ;' 83=< ( 55BD?@175 9>D89C31D1<?7 CROSS REFERENCE EDISON MERSEN LITTELFUSE W GW WOO +=+91 >7, / ;% $ / / - =398 +</ ></. +: =/ ; Adapter Sizes SA (Amp) / -1/ /10 3-/10-1/ 15 ( 5:53D9?> 1C5 EC5C * ) 1> ) # B5AE9B5 11@D5BC D? 5 EC5 9> CD1>1B 9C?> 1C5 C?3; 5DC &>35 9>CD1 <5 B5:53D9?> 1C5 11@D5BC 1335@D?><I B5:53D9?> 1C5 EC5C D85 GB?>7 EC5 C9J5 B?= 59>7 EC5 1/ 8- A809;7 +=398 + ##9CD5 9<5 ) P 5BD995 9<5 9<5 Fustat Adapters for Small Motor Protection* Adapter Accepts Fuses SA-1 S-1 or smaller SA-1-1 S-1-1 or smaller SA-1-10 S-1-10 or smaller SA- S- or S SA-- 1 S-- 1 to S SA-3-10 S-3-10 to S SA- S- to S-3-1 SA-5 S-5 to S-3-1 SA-- 1 S-- 1 to S-3-1 SA-8 S-8 to S-7 SA-10 S-10 to S-7 SA-15 S-15 to S-7 SA-0 S-0 SA-30 S-30 to S-0 * Both motor running and short-circuit protection. Fustat Adapters for Branch Circuit Protection Adapter Accepts Fuses SA-15 S-15 to S-7 SA-0 S-0 SA-30 S-5 SA 30 S-30 to S-0 CROSS REFERENCE EDISON MERSEN LITTELFUSE SA SAG SAO >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

43 T and TL Edison Base Plug Fuses +=+91 >7, / ;& ( +- 9; / <<. 3<98 +</ >+ / 7 / 8=&37 / / +A Amp Ratings T (Amp) 3/10 1-1/8-1/ 7 15 /10 1-1/ -1/ -1/ 8 0 1/ 1-/10-8/ /10 1-/ / /10 1-8/10 3-/ / -1/ 1 &%: / =398< E1< <5= 5>D* 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 1/ 8- A809;7 +=398 + ##9CD5 E95!, 9<5 ; ( $ ) ) I = = 5DB931< / 8/ 03=< K 51FI EDI E1<5<5= 5>D3?>CDBE3D9?>?B=?D?B39B3E9DC K 9C?>1C5D8B51C9>D?>?>B5:53D9?>EC5B535@D13<5C K ) E@5B9?B?F5B<?11>C8?BD39B3E9D@B?D53D9?> $ / / 8. /. 9@ 9?/ ;' 83=< ( 55BD?@175 9>D89C31D1<?7 CROSS REFERENCE EDISON MERSEN LITTELFUSE T GT TOO +=+91 >7, / ;& ( +- 9; / <<. 3<98 +</ &37 / / +A Amp Ratings TL (Amp) & %: / =398< * 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 8=/ ;;>: =381$ +=381 1/ 8- A809;7 +=398 + ##9CD5 E95!, 9<5 ; ( $ ) ) I = = 5DB931< / 8/ 03=< K * 9= 55<1I 3?>CDBE3D9?>G9D8CD1>C<978D=?D?B<?1C K 9C?>1C5D8B51C9>D?>?>B5:53D9?>EC5B535@D13<5C K?BE@7B15B55BD?M* NEC5 $ / / 8. /. 9@ 9?/ ;' 83=< ( 55BD?@175 9>D89C31D1<?7 CROSS REFERENCE EDISON MERSEN LITTELFUSE TL GTL TLO >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

44 TC and P Edison Base Plug Fuses +=+91 >7, / ;& ( 9=< 9; / <<. 3<98 +</ >+ / 7 / 8=&37 / / +A Amp Ratings TC (Amp) TC-15PK TC-0PK TC-5PK TC-30PK & %: / =398< E1< <5= 5>D* 9= 5 5<1I ( 9=+1/ $ +=381, 13 7 : $ +=381 1/ 8- A809;7 +=398 ) 5BD995 <1CC 9<5 / 8/ 03=< K M NB1D9>7?B 1>191>1@@<931D9?>C K 51FI EDI * EC5C1B59>ECDB91<CDB5>7D8@B?E3DC 51DEB9>715H3<EC9F5 E1< <5= 5>D3?>CDBE3D9?> K * 89CC@B9>7<?155C97>@B?F95CCE@5B9?BC8?BD39B3E9D 1>?F5B<?1@B?D53D9?> K * 85* EC5C81F5=?B5D9= 55<1I D81>D85= 59E= EDI EC5C9>?B5BD?5 D5B@B?D53D9>ECDB91<=?D?BC1>?@D931<B5C95>D91<39B3E9DC $ / / 8. /. 9@ 9?/ ;' 83=< ( 55BD?@175 9>D89C31D1<?7 CROSS REFERENCE EDISON MERSEN LITTELFUSE T GT TOO +=+91 >7, / ;" ( 9=< 9; / <<. 3<98 +</ >+ / 7 / 8=! 8/ &37 / Amp Ratings P (Amp) P-15PK P-0PK P-5PK P-30PK " %: / =398< E1< <5= 5>D& >5* 9= 5 ( 9=+1/ $ +=381, 13 7 : $ +=381 / 8/ 03=< K?B>?>9>E3D9F5<?1C K 9C?>1C5D8B51C9>D?>?>B5:53D9?>EC5B535@D13<5C $ / / 8. /. 9@ 9?/ ;' 83=< ( 55BD?@175 9>D89C31D1<?7 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

45 Small Dimension (Electronic) 7 7 C %=+8. +;. < S501-V (GDA-V)* (axial leads) S501 (GDA)* Specifications Description: 1AB 13B9=78978@51: 9=7 31?139BGCA5 Construction: Ceramic tube, nickel-plated brass endcaps (silverplated endcaps 50mA-00mA). Ratings: - >;BA K - 13>@;5AA K - 3* 5; 5@B995 <?A K < ) K - 13 Agency Information: 3, ) CA * $ " &- $ ( * * * 551B1A855B>@3><?;5B5175=3G9=>@< 1 B9>= %>B1;;1??@>D1;A1??;GB>1;;@1B9=7A Features and Benefits I 1AB13B9=7>@< 1F9< C<?@>B53B9>= I 978@51: 31?139BG>@CA59=89785@ 1C;B5=5@7G5;53B@>=9339@3C9B@G I >=>@< 9=7B> AB1=1@A Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) Catalog Typical Voltage Numbers I t Drop (mv) S R S501-3-R S R S501--R S R S R S R S R S R S R S R S R 0.0 S R S501-1-R S R S R S501--R.0 05 S R S R S501--R 1 10 S501-5-R S R S501-8-R N/A N/A S R N/A N/A Options F91;;51A?CBL- M9=' %. 85=>@5@9=7 QD5@A9>=>=>B 1L) MAC9FB>?1@B=C< 5@ S500-V (GDB-V)* (axial leads) S500 (GDB)* Specifications Description: 1AB 13B9=7;>E@51: 9=7 31?139BGCA5 Construction: ;1AABC5=93: 5;?;1B5@1AA5=31?A A9;D5@?;1B55=31?A < Ratings: - >;BA K - 13>@;5AA K - 3* 5; 5@B995 <?A K < ) K * 5531B1;>7B1;5 Agency Information: 3, ) CA * $ " &- * $ ( * 551B1A855B>@3><?;5B5175=3G 9=>@< 1B9>= Features and Benefits I 1AB13B9=7>@< 1F9< C<?@>B53B9>= 3>=>@< AB> < Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) Catalog IR Max Voltage Numbers (Amps) I t Drop (mv) S500-3-R S500-0-R S R S500-3-R S R S500--R S R S R S R S R S R S R S R S R S R S500-1-R S R S R S500--R S R S R S500--R S500-5-R S R S500-8-R S R - 10 Options F91;;51A?CBL- M9=' %. 85=>@5@9=7 QD5@A9>=>=>B1 L) MAC9FB>?1@B=C< 5@ S50-V (GDC-V)* (axial leads) S50 (GDC)* Specifications Description: +9< 5 5;1G;>E@51: 9=7 31?139BGCA5 Construction: ;1AA BC5=93: Ratings: - >;BA K - 13>@;5AA K - 3* 5; 5@B995 <?A K < ) K - 13 Agency Information:, ) * 3, ) CA* $ " &- * $ ( ' *! + * 551B1A855B>@3><?;5B5175=3G 9=>@< 1B9>= Features and Benefits I +9< 55;1G3><?1B99;9BG>@9=C3B9D539@3C9BA I >=>@< 9=7B> AB1=1@A Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) Catalog Typical Max Voltage Numbers I t Drop (mv) S50-3-R S50-0-R S50-50-R S50-3-R S50-80-R S50--R S50-15-R S50-10-R S50-00-R S50-50-R S R S50-00-R S R S50-30-R S R S50-1-R S R S50-1.-R S50--R S50-.5-R S R S50--R S50-5-R S50-.3-R S50-8-R S50-10-R 50 5 S R S50-15-R Options F91;;51A?CBL- M9=' %. 85=>@5@9=7 QD5@A9>=>=>B1 L) MAC9FB>?1@B=C< 5@ A5@95A9A=>B1D19;1;51>D5 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

46 Small Dimension (Electronic) 7 7 C 7 / ;3- +8%=+8. +;. < GMA-V (axial leads) GMC-V (axial leads) GMA GMC Specifications Description: 1AB13B9=7CA5 Dimensions: F < < MF M Construction: ;1AABC5 =93: 5;?;1B5@1AA5=31?A Ratings: - >;BA K - 13 < K - 13 K - 3* 5; 5@B995 <?A K < ) K < - 13? K : < - 13? K - 13? K - 13? K - 13? Agency Information: * B, #Q#9AB5 C95! 0/ 9;5, #) 53>7=9H5 C95! 0/ 9;5 * 5@B995 ;1AA 9;5 Features and Benefits I 1AB13B9=7>@< 1F9< C<?@>B53B9>= Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) Without Axial Leads $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) CROSS REFERENCE EDISON MERSEN LITTELFUSE GMA GGM 35 Specifications Description: $ 59C< B9< 55;1GCA5 Dimensions: F < < MF M Construction: ;1AA BC5=93: 5;?;1B5@1AA 5=31?A Ratings: - >;BA K - 13 < K - 13 K - 3* 5; 5@B995 <?A K < ) K < - 13? K : < - 13? K - 13? K - 13? Agency Information: * B, #Q#9AB5 C95! 0/ 9;5, #) 53>7=9H5 C95! 0/ 9;5 * 5@B995 ;1AA 9;5 Features and Benefits I >=>@< 9=7B>, #AB1=1@A Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - $ - ) $ - ) $ - Without Axial Leads $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) $ < $ ) $ ) CROSS REFERENCE EDISON MERSEN LITTELFUSE GMC GSC None GMD-V (axial leads) GMD Specifications Description: +9< 5 5;1GCA5 Dimensions: F < < MF M Construction: ;1AA BC5=93: Ratings: - >;BA K - 13 K - 3* 5; 5@B995 <?A K < ) K : < - 13? K : - 13? K < - 13? K - 13? K - 13? Agency Information:, #Q#9AB5 C95! 0/ 9;5 <, #) 53>7=9H5 C95! 0/ 9;5 * 5@B995 ;1AA 9;5 ' *! + 9;5 Features and Benefits I +9< 55;1G3><?1B99;9BG>@9=C3B9D539@3C9BA I >=>@< 9=7B>, #AB1=1@A Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) $ - ) Without Axial Leads $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) $ ) CROSS REFERENCE EDISON MERSEN LITTELFUSE GMD None 39 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

47 Small Dimension (Electronic) Fuses D E@ D E +<= - =381 ></ < AGC (AGC-V axial leads) Specifications Description: 1AB13B9=7CA5 Dimensions: N OF N O F < < Construction: Glass tube with nickel-plated brass endcaps. Ratings: - >;BA K - 13 N K - 13 K - 3* 5; 5@B995 <?A K N ) K N - 13 K N - 13 K - 13 K : N - 13 K - 13 Agency Information:, ##9AB5 C95! 0/ 9;5, # ) 53>7=9H5 C95! 0/ 9;5 * 5@B9931B9>= ;1AA P 9;5 N Features and Benefits I &@979=1;5;53B@>=937;1AABC5CA5 I 1AB13B9=7>@< 1F9< C<?@>B53B9>= I. 951<?D>;B@1B9=7A1;;>ED5@A1B9;9BG >?@>B53B9=75;53B@>=9339@3C9BA Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads AGC-V- 1 0-R AGC-V-1-1 -R AGC-V-8-R AGC-V R AGC-V-1-1 -R AGC-V-9-R AGC-V- 1 8-R AGC-V--R AGC-V-10-R AGC-V- 3 1-R AGC-V-- 1 -R AGC-V-1-R AGC-V- 10-R AGC-V-- 1 -R AGC-V-1-R AGC-V- 1 -R AGC-V-3-R AGC-V-15-R AGC-V R AGC-V--R AGC-V-0-R AGC-V- 3 8-R AGC-V-5-R AGC-V-5-R AGC-V- 1 -R AGC-V--R AGC-V-30-R AGC-V- 3 -R AGC-V-7-R AGC-V-1-R AGC-V-7-1 -R Without Axial Leads AGC- 1 0-R AGC-1-1 -R AGC-8-R AGC R AGC-1-1 -R AGC-9-R AGC- 1 8-R AGC--R AGC-10-R AGC- 3 1-R AGC-- 1 -R AGC-1-R AGC- 10-R AGC-- 1 -R AGC-1-R AGC- 1 -R AGC-3-R AGC-15-R AGC R AGC--R AGC-0-R AGC- 3 8-R AGC-5-R AGC-5-R AGC- 1 -R AGC--R AGC-30-R AGC- 3 -R AGC-7-R AGC-1-R AGC-7-1 -R ABC (ABC-V axial leads) Specifications Description: 1AB13B9=7CA5 Dimensions: N OF N O F < < Construction: Ceramic tube with nickel-plated brass endcaps. Ratings: - >;BA K N K - 13 K - 3* 5; 5@B995 <?A K N ) K N - 13 K N - 13 K - 13 K - 13 K - 13 K : N - 13 K : - 13 K : N - 3 K - 3 K - 13 *CSA approvals for 5A and 30A are at 15Vac IR 0A and Vdc IR 00A (IR 0A at 75Vdc) **Interrupting ratings measured at 70% 80% power factor on AC. The interrupting ratings for 18A and 0A were measured at 85%-95% power factor on AC. The interrupting ratings for 5A and 30A were measured at 89% power factor on AC. Agency Information: * B, ##9AB5 C95! 0/ 9;5 N, #) 53>7=9H5 C95! 0/ 9;5 * 5@B9931B9>= ;1AA 9;5 N Features and Benefits I 5@1< 93>G1;;>EA>@89785@ 1<?D>;B@1B9=73>< 9=1B9>=A Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads ABC-V- 1 -R ABC-V-3-R ABC-V-1-R ABC-V- 1 -R ABC-V--R ABC-V-15-R ABC-V- 3 -R ABC-V-5-R ABC-V-18-R ABC-V-1-R ABC-V--R ABC-V-0-R ABC-V-1-1 -R ABC-V-7-R ABC-V-5-R ABC-V--R ABC-V-8-R ABC-V-30-R ABC-V-- 1 -R ABC-V-10-R Without Axial Leads ABC- 1 -R ABC-3-R ABC-1-R ABC- 1 -R ABC--R ABC-15-R ABC- 3 -R ABC-5-R ABC-18-R ABC-1-R ABC--R ABC-0-R ABC-1-1 -R ABC-7-R ABC-5-R ABC--R ABC-8-R ABC-30-R ABC-- 1 -R ABC-10-R GBB (GBB-V axial leads) Specifications Description: - 5@G 1AB13B9=7CA5 Dimensions: N OF N O F < < Construction: Ceramic cartridge with nickel-plated brass endcaps. Ratings: - >;BA K <?A K ) K - 13 K K Agency Information: * B, #) 53>7=9H ;5 C95! ) * 335?B ;5 ;1AA Features and Benefits I - 5@G1AB13B9=7?5@>@< 1=351;;>EA?@>B53B9>=>8978;GA5=A9B9D5 5;53B@>=9339@3C9B@G Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads GBB-V-1-R GBB-V--R GBB-V-15-R GBB-V-1-1 -R GBB-V-7-R GBB-V-0-R GBB-V--R GBB-V-8-R GBB-V-5-R GBB-V-3-R GBB-V-9-R GBB-V-30-R GBB-V--R GBB-V-10-R GBB-V-5-R GBB-V-1-R Without Axial Leads GBB-1-R GBB--R GBB-15-R GBB-1-1 -R GBB-7-R GBB-0-R GBB--R GBB-8-R GBB-5-R GBB-3-R GBB-9-R GBB-30-R GBB--R GBB-10-R GBB-5-R GBB-1-R CROSS REFERENCE EDISON MERSEN LITTELFUSE GBB None 3 CROSS REFERENCE EDISON MERSEN LITTELFUSE AGC GGC 31 CROSS REFERENCE EDISON MERSEN LITTELFUSE ABC GAB 31 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

48 Small Dimension (Electronic) Fuses E&37 / / +A ></ < MDL-V (axial leads) MDA-V (axial leads) MDL MDA Specifications Description: +9< 55;1G CA5 Dimensions: N OF N O F < < Construction: 5@1< 93 BC5E9B8=93: Ratings: - >;BA K - 13>@;5AA K - 3 K - 3* 5; 5@B995 <?A K N Specifications Description: +9< 55;1GCA5 Dimensions: N OF N O F < < Construction: Glass tube with nickel-plated brass endcaps. Ratings: - >;BA K - 13 N K - 13 K - 3* 5; 5@B995 <?A K N ) K N - 13 K N - 13 K - 13 K N - 13 K AC@51B J?>E5@ 13B>@>= 1=1B1B9< 53>=AB1=B5A3@959=, # # Agency Information:, ##9AB5 C95! 0/ 9;5 N * 5@B9931B9>= ;1AA N, # ) 53>7=9H5 C95! 0/ 9;5 * ><?>=5=B 335?B1=35 ;1AA Features and Benefits I +9< 55;1G1;;>EA3;>A5A9H9=7>= 9=C3B9D539@3C9BA Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads MDL-V- 1 1-R MDL-V-1-R MDL-V-7-R MDL-V R MDL-V-1-1 -R MDL-V-8-R MDL-V- 1 8-R MDL-V-1-1 -R MDL-V-9-R MDL-V- 10-R MDL-V--R MDL-V-10-R MDL-V- 3 1-R MDL-V-- 1 -R MDL-V-1-R MDL-V- 1 -R MDL-V-- 1 -R MDL-V-15-R MDL-V R MDL-V-3-R MDL-V-0-R MDL-V- 3 8-R MDL-V--R MDL-V-5* MDL-V- 1 -R MDL-V-5-R MDL-V-30* MDL-V- 3 -R MDL-V--R Without Axial Leads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gency Information: * B, ##9AB5 C95! 0/ 9;5 * 5@B9931B9>= ;1AA 9;5, #) 53>7=9H5 C95! 0/ 9;5 * ><?>=5=B 335?B1=35 ;1AA Features and Benefits I 5@1< 9=1B9>=A I =D5=B>@G3>=A>;91B9>=G@5?;139=7 $ #CA5A1;;>EA>@@5C35* ", 9=D5AB< 5=B1=< 9=9< 9H9=7?>B5=B91;>@ < 9A1??;G9=7CA5 Typical s I ;53B@>=93 9@3C9BA Catalog Numbers (Amps) With Axial Leads MDA-V- 1 -R MDA-V-3-R MDA-V-1-R MDA-V- 1 -R MDA-V--R MDA-V-15-R MDA-V- 3 -R MDA-V-5-R MDA-V-0-R MDA-V-1-R MDA-V--R MDA-V-5-R MDA-V-1-1 -R MDA-V-7-R MDA-V-30-R MDA-V--R MDA-V-8-R MDA-V-- 1 -R MDA-V-10-R Without Axial Leads MDA- 1 -R MDA-3-R MDA-1-R MDA- 1 -R MDA--R MDA-15-R MDA- 3 -R MDA-5-R MDA-0-R MDA-1-R MDA--R MDA-5A-R MDA-1-1 -R MDA-7-R MDA-30A-R MDA--R MDA-8-R MDA-- 1 -R MDA-10-R $ / / 8. /. ></ 9-5< ( 55BD?@175 9>D89C31D1<?7 $ / / 8. /. " +8/ 9>8= 9. / ; ( 55BD?@175 9>D89C31D1<?7 >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

49 Small Dimension (Electronic) Fuse Displays $ 3<: +A ></ < $ % 3<: +A ></ < Catalog Number ERFL Display (80 Fuses) Catalog Number ERFS Display (00 Fuses) / +=>;/ < K 9C?>9C@<1I 1>EC51CC?BD= 85I?>ODG1CD5C@135 9C@<1I 1>CD?B1751B519C= 9>9= 1< K ) <?DC9>D859C@<1I B13; C1B51 <<15<5?B51CI 9>F5>D?BI 1>B5?B5BCD1DEC K 9C@<1I B13; C1B5C?<9<I 3?>CDBE3D5 K 1381CC?BD= 5>D81CD85B978DEC5= 9H@5B13DE1<EC175 %?519>F5>D?BI Fuse Assortment consist of the following fuses (packed in 5-in tins) and a FREE Display Stand. ERFL (Large Assortment) AGC-1 AGX-0 1 MDL-35 1 GMA-3A AGC- 1 AGX-30 1 ABC-1 1 GMA-5A AGC-3 MDL-1 1 ABC- 1 GDC-1A 1 AGC- MDL- ABC-3 1 GDC-A AGC-5 MDL-3 ABC-5 1 GDC-3.15A 1 AGC-7 1 MDL- 1 ABC-7 1 GDC-5A AGC-10 MDL-5 ABC-10 1 GDB-1A AGC-15 1 MDL-7 ABC-15 1 GDB-A AGC-0 MDL-10 ABC-0 1 GDB-3.15A AGC-5 MDL-15 ABC-5 1 GDB-5A 7 AGC-30 MDL-0 ABC-30 1 AGC-35 MDL-5 1 GMA-1A AGX-15 7 MDL-30 1 GMA-A ERFS (Small Assortment) AGC-1 1 AGC-30 1 MDL-5 1 ABC-5 1 AGC- MDL-1 1 MDL-30 1 ABC-30 1 AGC-3 1 MDL- 1 ABC-1 1 GMA-1A AGC-5 1 MDL-3 ABC- 1 GMA-A 1 AGC-7 MDL-5 ABC-3 1 GMA-3A 3 AGC-10 1 MDL-7 1 ABC-5 1 GMA-5A 1 AGC-15 MDL-10 ABC-10 1 AGC-0 1 MDL-15 ABC-15 1 AGC-5 1 MDL-0 ABC-0 % $ % % MKE Merchandising Kits ' EB381C5D85$ " 9C@<1I?BE<I CD?3; 5$ " / +=>;/ < K ) K 51FI EDI 31CD5BC K ' B?E3D@1BD>E= 5B9><15<C1F19<1<5?><9>5 K EC53B?CCB55B5>357E95 K <5H9<58515B31B 37 / 8<398< NG95H ND1 <H N55@- 5978D <C G85> >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

50 Automotive Fuses +<<&>, / ></ < +. / ></ < % 1CD 3D9>7 " A<3- +%3B/ N91= 5D5BH<5>7D8 1C5<?G Catalog No. Ampere Rating Length (In.) SFE- 5/8 SFE- 3/ SFE-7-1/ 7-1/ 7/8 SFE-9 9 7/8 SFE /1 SFE / SFE /1 98<=;>- =398 <1CC* E5 ( 9=+1/ $ +=381, 1/ 8- A809;7 +=398 + ##9CD5 E95. * 9<5 + CROSS REFERENCE NEW OLD EDISON EDISON MERSEN LF SFE 307 %: / =398< / <- ;3: =398 1CD13D9>7<15EC5 98<=;>- =398 ' <1CD938?EC9>7G9D8 J9>3EC55<5= 5>D09>3 * $ <15C 1B5C9<F5B@<1D5 $ +=381<,?<DCL, 3 * $ * $. ( L ; / +=>;/ <+8. / 8/ 03=< K?<?B3?5?B51CI 95>D9931D9?>? EC5B1D9>7C &A: 3- + : : 3- +=398< K ED?=?D9F5 +=+91 >7, / ;< 7 : < += 9 & 1/ 8- A809;7 +=398 + #( 53?7>9J5 E95! ( 9<5 ) ) D1>1B! +=+91 >7, / ;< 7 : < Catalog Numbers ATC-1 ATC- ATC-3 ATC- ATC-5 ATC-7 1/ ATC-10 ATC-15 ATC-0 ATC-5 ATC-30 ATC-35 ATC-0 Color Code Black Gray Violet Pink Tan Brown Red Blue Yellow Clear Green Blue-Green Orange += 9 & +=+91 >7, / ;< 7 : < Catalog Numbers ATM-1 ATM- ATM-3 ATM- ATM-5 ATM-7 1/ ATM-10 ATM-15 ATM-0 ATM-5 ATM-30 Color Code Black Gray Violet Pink Tan Brown Red Blue Yellow Clear Green CROSS REFERENCE NEW OLD EDISON EDISON FERRAZ LF ATM AF MIN CROSS REFERENCE NEW OLD EDISON EDISON FERRAZ LF ATC BTC AF ATO += 9 * +=+91 >7, / ;< 7 : < Catalog Numbers MAX-0 MAX-5 MAX-30 MAX-35 MAX-0 MAX-50 MAX-0 MAX-70 MAX-80 Color Code Yellow Grey Green Brown Orange Red Blue Tan Clear CROSS REFERENCE NEW OLD EDISON EDISON FERRAZ LF MAX AF3 MAX >@19B9>=1;9=>@< 1B9>=D9A9BEEE 59A>=CA5 3><

51 Copper Cable Limiters (00Vac) Copper/Aluminum Cable Limiters (50Vac) IAD<+ JB 7: G1 ) T 8DG) : HH IAD<+ JB 7: G1 ) 8DG) : HH Catalog AC Volts Copper Number* Rating Cable Size Cable Terminals Available UCL5XX (1) 00 50MCM T = Copper crimp tube UCL35XX (1) MCM O = Bolt-on blade offset from center UCL50XX (1) MCM B = Bolt-on blade, centered UCL75XX (1) MCM UCLA 50 /0 or 3/0 () Bolt-on blade, one end offset from center *Contact Edison Customer Satisfaction for availability, limiters not shown, latest data or information. (1) Choose terminals from "Cable Terminals Available" column to complete catalog number, EXAMPLE: "UCL-5TO" is rated for a "5" 50MCM copper cable and has a "T" tube for crimping and an "O" bolt-on blade, offset from center. Any combination of the three terminals may be selected. () A /0 aluminum cable may be used with a copper blade-to-aluminum cable connector. : C: ;>IH P 7A: A>B >I: GH =: AE ID B >CI>C : A: 8IG>8A H: GK>8: 7N B >C>B >O>C<87A: 9B <: 9J: IDH=DGI8>G8J>I8JGG: CIH P &HDAI: H ;JAI: 9 87A: H >C B JAI>EA: 87A: H E: G E=H: >CHI AI>DCH P / : K: GA87A: I: GB >CI>DCINE: HK>A7A: EEA>8I>DCH P. : H>9: CI>A 8 A>B >I: GH 8C 7: JH: 9 ID EGDI: 8I >C9>K>9J A H: GK>8: 87A: H IEE: 9 ;GDB H>C<A: IGCH;DGB : G P + DC. : H>9: CI>A 8 87A: A>B >I: GH H=DJ A9 7: HE: 8>;>: 9IDEGDI: 8IEG A: AH: GK>8: 87A: H>C 8 8: I8HNHI: B H 7A: ) >B >I: G/ E: 8>;>8I>DCH Voltage Rating: 1 ) T 8 1 ) 8 Cable Ratings: * * ID * * J 8 DG J 8 A 8 J AI: GB >CA G: FJ>G: 9 Interrupting * * / CROSS REFERENCE VOLTS EDISON GOULD LITTELFUSE 50 UCLA 50 UCLC 00 UCL5TO CP50C3 LFCL50C3 00 UCL5BO CP50C5 LFCL50C5 00 UCL5TT CP50C1 LFCL50C1 00 UCL35TO CP350C3 LFCL350C3 00 UCL35BO CP350C5 LFCL350C5 00 UCL35TT CP350C1 LFCL350C1 CROSS REFERENCE VOLTS EDISON GOULD LITTELFUSE 00 UCL50TO CP500C3 LFCL500C3 00 UCL50BO CP500C5 LFCL500C5 00 UCL50TT CP500C1 LFCL500C1 00 UCL75TO CP750C3 LFCL750C3 00 UCL75BO CP750C5 LFCL750C5 00 UCL75TT CP750C1 LFCL750C1 7

52 Copper Cable Limiters (00Vac) Copper/Aluminum Cable Limiters (50Vac) of Cable Limiters: N>C9JHIGN9: ;>C>I>DC87A: A>B >I: GH9DCDIEGDK>9: DK: GAD9 EGDI: 8I>DC AHH ' C9 AHH ) ;JH: H ;DG I=G: : DG B DG: 87A: H E: G E=H: EEA>8I>DCH H=DJA9 7: 8DCH>9: G: 9 >; DK: GAD9 EGDI: 8I>DC >H 8DC8: GC 0=>H B N AHD 7: 9: H>G7A: 8DCH>9: GI>DC ;DG AJB >CJB 87A: JH>C< HJ>I7A: 8DCC: 8IDGH 7A: A>B >I: GHEEA>: 9>CJI>A>INC: IL DG@HC97J>A9>C<EDL : G HNHI: B B >C EG A: A H: GK>8: 87A: H G: EG>B G>AN >CI: C9: 9 ID >HDAI: ;JAIH >C B JAI>EA: 87A: HE: GE=H: >CHI AI>DCH 0=>H EG: K: CIH IDIA EDL : G DJI<: H JCI>A B >CI: CC8: D; ;JAI: 9 87A: H 8C 7: H8=: 9JA: 9! JG>C< I=: EGD8: HH D; DE: C>C< JC9: G ;JAI 8DC9>I>DCH ID >HDAI: ;JAI: 9 87A: H A>B >I: GH 8JGG: CI A>B >I>C< 8I>DC G: 9J8: H EDI: CI>A ;DG : M8: HH =: I9B <: IDJC;JAI: 987A: H! >B : CH>DCH>C8=: H 7A: ) >B >I: GH DG) : HH #DG EEA>8I>DCH =K>C< I=G: : DG B DG: EGAA: A 87A: H E: GE=H: 87A: A>B >I: GH G: >CHI A: 9 I : 8= : C9 D; : 8= 87A: #DGCDCEG A: ADGB JAI>EA: G9>A87A: HA>B >I: GHB N HJ88: HH;J AN7: EEA>: 9II=: HDJG8: : C9D;: 8=87A: ;DG ;JAI>HDAI>DC 3 =: CCANO>C<87A: A>B >I: GEDI: CI>AEEA>8I>DCH>I>HCDI JCJHJAID;DG<: II=ICDGB AC97CDGB A8JGG: CII=GDJ<= 87A: A>B >I: GH >H 9>K>9: 9?JHI H >I >H 7: IL : : C 87A: H / : A: 8I>K>IN L >I= JEHIG: B DK: G8JGG: CI EGDI: 8I>DC 9: K>8: H >H H: A9DB D; 8DC8: GC 3 =: C 9: H><C>C< ;DG 87A: A>B >I: G ;JAI >HDAI>DCIDEG: K: CI7JGC9DL CDGJCH8=: 9JA: 97A8@DJI7N DC: ;JAI: 987A: >I>H9: H>G7A: ID9: I: GB >C: I=: 8DCI>CJDJH GI>C<AD9 =DJGHDGB DG: I=II=: G: B >C>C<87A: HB JHI =C9A: L >I=DJIDK: G=: I>C< H C A 1 B A F D E E Bolt terminal detail I G I+ D1 ) Catalog Copper Aluminum Symbol Cable Size Cable Size A 1 A B C D E F G H I UCLA /0AWG /0AWG 1.0 (7.0) 1.19 (30.) 1. (3.5) 1.00 (5.) 0.75 (19.0) 0.1 (3.) 0.5 (1.3) 0.19 (.8) 0.59 (15.1) 0.1 (10.3) 8

53 Copper Cable Limiters (00Vac) Copper/Aluminum Cable Limiters (50Vac) 7A: ) >B >I: GH DG) : HH! >B : CH>DCHG: H=DL C>C>C8=: H 0J7:, ;;H: I A9: 0, Copper Catalog Cable Number Size* A B C D E F G H J UCL5TO 50 MCM 1-7/8 1-7/1 3/ 19/3 31/3 1-1/8 UCL35TO 350 MCM 3-5/8 3-3/8 1-5/8 7/8 5/ 1-1/1 1/ UCL50TO 500 MCM -7/8 1-7/8 1-1/1 53/ 1-3/1 1-5/8 UCL75TO 750 MCM 3-1/ 3-3/ 3-1/ -1/ 1-5/1 1-1/1 1-1/ : CI: G A9:, ;;H: I A9:, Copper and Catalog Aluminum Number Cable Size* A B C D E F G UCL5BO 50 MCM 1-7/1 31/3 1-1/8 1-1/8 UCL35BO 350 MCM 3-3/8 3-5/8 1-5/8 1-1/1 1/ UCL50BO 500 MCM 1-7/8 1-1/ 1-5/8 1-3/1 UCL75BO 750 MCM 3-1/ 3-3/ -1/ 1-1/ C 0J7: 0J7: 00 A B A E D Copper Catalog Cable Number Size* A B C D E UCL5TT 50 MCM 1-7/8 1-7/1 3/ 19/3 UCL35TT 350 MCM 3-5/8 1-5/8 7/8 5/ UCL50TT 500 MCM -7/8 1-7/8 1-1/1 53/ UCL75TT 750 MCM 3-1/ -7/8-1/ 1-5/1 1-1/1 *Limiter terminals are silver plated copper. **Dimensions of "TT", "OO", "TB", etc., terminals are determined by matching appropriate dimensions shown. 9

54 Copper Cable Limiters (00Vac) Copper/Aluminum Cable Limiters (50Vac) K: G<: 0>B : JGG: CI JGK: I+ D1 ) 8 50

55 Copper Cable Limiters (00Vac) Copper/Aluminum Cable Limiters (50Vac) K: G<: 0>B : JGG: CI JGK: TIME IN SECONDS UCLA - : I0=GDJ<= JGG: CI JGK: I+ D1 ) C9 AMP RATING INSTANTANEOUS PEAK LET-THRU CURRENTIN AMPS,000 80,000 0,000 0,000 30,000 0,000 10,000 8,000,000,000 3,000 A,000 1,000 1,000, ,000,000 8,000 10,000 0,000 30,000 0,000 0,000 80,000,000 RMS SYMMETRICAL CURRENTS IN AMPS A B=ASYMMETRICAL AVAILABLE PEAK (.3 x SYMM RMS AMPS) B 00, ,000 RMS SYMMETRICAL CURRENT IN AMPS 10,000 51

56 00Vac Capacitor Fuses I+ D ) B EH 8DG) : HH &CI: GGJEI>C<. 3 >I=DE: C;JH: >C9>8IDG 1 ). : 8D<C>O: 9 ID " ' #%. + DC0>B :! : AN Amp Ratings CCLB Characteristics: P/ IJ9B DJCIL >I=IEE: 9I: GB >CAH P&HDAI: H;JAI: 98E8>IDG P/ >O: B EGI>C< ID D;8E8>IDGGI: 9B EH P* M>B JB FJA>INHHJGC8: Dimensions - inches I+ D ) 3 B EH 8DG) : HH &CI: GGJEI>C<. 3 >I=DJIDE: C;JH: >C9>8IDG 1 ). : 8D<C>O: 9 " ' #%. + DC0>B :! : AN Amp Ratings CCLW Characteristics: P/ IJ9B DJCIC9EG: HHJG: EAI: I: GB >CAH P&HDAI: H;JAI: 98E8>IDG P/ >O: B EGI>C< ID D;8E8>IDGGI: 9B EH P* M>B JB FJA>INHHJGC8: Dimensions - inches 3-13/1" 3-17/3" 1/" -9/3" " 1-1/3" 3/1" 13/1" 1/" 1.0" INDICATOR 1" 1-1/" 1/"-13 THREADS 11/1" DEEP BLOWN POSITION 3/8"-1 THREADS 3/" DEEP HEX TERMINAL TAPPED 1/"-13 x 11/1" DEEP 5

57 00Vac Capacitor Fuses K: G<: 0>B : JGG: CI JGK: I+ D ) DG ) 3 B E AMP RATING TIME IN SECONDS ,000,000 RMS SYMMETRICAL CURRENT IN AMPS 3,000,000,000 8,000 10,000 53

58 Lift truck & Battery Charger Fuses IAD<+ JB 7: G ( ) C9 ) / EEA>8I>DCH - DEJAG;DGEGDI: 8I>DCD;! 8>G8J>IH>C;DG@A>;IIGJ8@HC97II: GN8=G<: GH Catalog Dimensions (Inches) Number Type Volts Amps A B C 15, 0, 5, Vdc 35, 0, 50, ACK Time-Delay 70, 75, 80, Vdc 10, 10, 150, 175, Vdc 5, 50, 300, ACL Time-Delay 7Vdc 30, 35, 0, 50, , Non-Time 130Vdc, 10, 10, 150, 175 ALS Delay 00, 5, 50, Vdc 350, 00, 50, 500 C (Dia.) A B CROSS REFERENCE EDISON GOULD LITTELFUSE ACK CCK ACL CCL ALS Dimensions - inches 5

59 Low-Voltage Limiter Non Time-Delay IAD<+ JB 7: G + ) 98DG) : HH K: G<: 0>B : JGG: CI JGK: 0.88" (.mm) 0.3" (8.7mm) AMP RATING." (1.9mm) 3.19" (81.0mm) " (8.7mm) 0.88" (.mm) TIME IN SECONDS 1 Amp Ratings ANL 800Vdc ) / E: 8>;>8I>DCH + DC0>B :! : AN CURRENT IN AMPS 10,000 DAI<:. I>C< 98 8/ : A; : GI>;>: 9 &CI: GGJEI>C<. I>C< * / / NB B : IG>8A B EH <: C8N&C;DGB I>DC 1 ). : 8D<C>O: 9 / : GI>;>: 9 98&. $ J>9: ' #%. #>A: " AHH #>A: / " ' #JH: AD8@ %DA: H9G>A: 9 W9>B : I: GL >I= W8DJCI: G7DG: L >I= HIJ9L >I=CNADC>CH: GI: 9AD8@CJIH! >B : CH>DCH>C8=: H. : 8DB B : C9: 9#JH: AD8@ =G8I: G>HI>8H P &HDAI: H ;JAIH >C : FJ>EB : CI HNHI: B H HJ8= H A>;I IGJ8@H C9DI=: G7II: GNDE: GI: 9HNHI: B H P ) >C@: A: B : CIK>H>7A: I=GDJ<=B >8L >C9DL 1.53" 3-13/3" 1" " 15/1" CROSS REFERENCE EDISON GOULD LITTELFUSE ANL CNL CNL 55

60 Limiter Very Fast-Acting IAD<+ JB 7: G + + 8DG) : HH 0.88" (.mm) 0.3" (8.7mm) K: G<: 0>B : JGG: CI JGK: AMP RATING." (1.9mm) 3.19" (81.0mm) " (8.7mm) 0.88" (.mm) TIME IN SECONDS 1 Amp Ratings ANN 15Vac / E: 8>;>8I>DCH : GN#HI 8I>C< CURRENT IN AMPS 10,000 DAI<:. I>C< 8 98 &CI: GGJEI>C<. I>C< 8 98 <: C8N&C;DGB I>DC 8&. C9 98&. 1 ). : 8D<C>O: 9$ J>9: ' #%. #>A: " / \ : GI>;>: 9 AHH #>A: " ;DG. : 8DB B : C9: 9#JH: AD8@ =G8I: G>HI>8H P : GN;HI8I>C<=><=HE: : 9D;G: HEDCH: IDH=DGI8>G8J>I 8JGG: CIH P ) >C@: A: B : CIK>H>7A: I=GDJ<=B >8L >C9DL P 1 ) \. : 8D<C>O: 9 $ J>9: ' #%. #>A: " CROSS REFERENCE EDISON GOULD LITTELFUSE ANN CNN CNN #JH: AD8@ %DA: H9G>A: 9 W9>B : I: GL >I= W8DJCI: G7DG: L >I= HIJ9L >I=CNADC>CH: GI: 9AD8@CJIH! >B : CH>DCH>C8=: H 1.53" 3-13/3" 1" 15/1" " 5

61 High Speed Fuses Introduction North American Contents Catalog Amp Number Volts Range Page ' %) #3 #3 #3 #3 % #3 #3 - #3 ' North American Fuse Ranges Amps Volts AC DC General Information " 9>HDCD;;: GH8DB EA: I: GC<: D;+ DGI= B : G>8C7A9: C9;AJH=: C9HINA: ;JH: HC988: HHDG>: H0=: >G9: H><C C98DCHIGJ8I>DCL : G: DEI>B >O: 9IDEGDK>9: P[ ) DL : C: G<NA: II=GDJ<=& I P[ ) DL L IIHADHH P[ / JE: G>DG8N8A>C<8E7>A>IN P[ ) DL G8KDAI<: P[ " M8: A: CI! E: G;DGB C8: + DGI= B : G>8CHINA: ;JH: HEGDK>9: C: M8: A: CIHDAJI>DC ;DGB : 9>JB EDL : GEEA>8I>DCH3 =>A: I=: G: G: 8JGG: CIAN CDEJ7A>H=: 9HIC9G9H;DGI=: H: ;JH: HI=: >C9JHIGN=H HIC9G9>O: 9DCB DJCI>C<8: CI: GHI=I88: EI" 9>HDC ;JH: H Voltage Rating A" 9>HDC+ DGI= B : G>8CHINA: ;JH: HG: I: HI: 9II=: >G GI: 9KDAI<: " 9>HDCH=DJA97: 8DCHJAI: 9;DGEEA>8I>DCH : M8: : 9>C<I=DH: KAJ: H Accessories " MI: GCAC9>CI: GCADE: C;JH: >C9>8I>DC>HK>A7A: ;DG H: A: 8I: 9EDGI>DCHD;I=: + DGI= B : G>8CA>C: #JH: 7AD8@H G: K>A7A: ;DGB DHIEEA>8I>DCH 57

62 High Speed Fuses Power Dissipation 0=: KAJ: HD;L IIHADHH<>K: CG: G: AI: 9ID;J AGI: 9 8JGG: CIL >I=I=: 8DGG: 8IH>O: HD;8DC9J8IDGHC9CIJGA 8DDA>C< Time Current Characteristics &C9>K>9JAI>B : 8JGG: CI8=G8I: G>HI>8HG: HJ7?: 8IIDQ IDA: GC8: DC8JGG: CIC9G: 7H: 9DCHNB B : IG>8A H>CJHD>9A %O8JGG: CIH%><=HE: : 9;JH: HG: 9: H><C: 9 ID8A: G;JAI8JGG: CIHHHD8>I: 9L >I=EG: G8>C<I>B : HD; H: 8DC9HDGA: HH! H=: 9A>C: HDCI>B : 8JGG: CI 8=G8I: G>HI>88JGK: HG: EG: H: CIDK: GAD98DC9>I>DCHL =>8= H=DJA9AL NH7: KD>9: 9 Permitted Overloads &CB CNEEA>8I>DCHHJG<: HD88JG9JG>C<I=: CDGB A9JIN D;: FJ>EB : CIC9JC9: GHJ8=E: GB >II: 9DK: GAD9HI=: ;JH: B JHICDIDE: C #DGE: GB >II: 9DK: GAD9HAHI>C<ADC<: GI=C;: L B >CJI: H I=: ;JH: 8JGG: CIGI>C<H=DJA97: H: A: 8I: 97H: 9DCI=: DK: GAD98JGG: CI0=: 8JGG: CIGI>C<D;I=: ;JH: H=DJA9 : M8: : 9I=: DK: GAD98JGG: CI #DG>C;G: FJ: CICDGB ADK: GAD9H;JH: H: A: 8I>DC8C7: B 9: DCI=: 7H>HD;CDK: GAD98JGK: D;CDIB DG: I=C D;I=: EJ7A>H=: 9I>B : 8JGG: CI8=G8I: G>HI>8 #DG=><=ANG: E: I>I>K: DK: GAD9HHJ8=H>CHI: : AB >A I=NG>HIDG9G>K: ;JH: H: A: 8I>DCH=DJA97: B 9: DCI=: 7H>H D;CDK: GAD98JGK: D;CDIB DG: I=C D;I=: EJ7A>H=: 9 I>B : 8JGG: CI8=G8I: G>HI>8 I t Characteristics 0=: B : AI>C<& ID;;JH: H>H>C9: E: C9: CID;KDAI<: C9 G: 9J8: HIDB >C>B JB KAJ: ;DGI>B : HA: HHI=C7DJI B H #DGADC<: GI>B : HG: ;: G: C8: H=DJA97: B 9: IDI=: I>B : 8JGG: CI8=G8I: G>HI>8H 0=: IDIA& IKAJ: H;DGDE: GI>C<I>B : HA: HHI=CDC: =A; 8N8A: G: H=DL C>CI=: 9IH=: : IHC9G: AI: ID;JAI 8JGG: CID;IA: HI MGI: 98JGG: CI&CL >I=EDL : G;8IDG D; 0=: IDIA& IKAJ: HG: 9J8: 8DCH>9: G7ANIKDAI<: H7: ADL I=: GI: 9KDAI<: H>C8: I=: G8>CI: GGJEI>DC>H: H>: G Breaking Capacity &C<: C: GA=><=HE: : 9;JH: HE: G;DGB L : AIK: GN=><=;JAI 8JGG: CIHC9B CNEGD9J8IH=K: 7: : CHJ88: HH;J ANI: HI: 9 GB HHNB B : IG>8A0=: ;JH: HG: : HH: CI> AN;DG H=DGI8>G8J>IEGDI: 8I>DCC9I=: G: ;DG: >C<: C: GADCAN G: FJ>G: 9ID8A: G;JAIH;DGB : AI>C<I>B : HA: HHI=C H: 8DC9H Peak Let-Through Current Curves / =DGI8>G8J>I8DDG9>CI>DCD;EDL : GH: B >8DC9J8IDGH>H HH: HH: 9L >I=I=: JH: D;& IKAJ: H0G9>I>DCA HJEEA: B : II=GDJ<=8JGG: CI8JGK: HG: AHD H=DL C>CI=: 8IAD< Arc-Voltage Characteristics EEA>8I>DCHJH>C<B D9: GCEDL : GH: B >8DC9J8IDGHG: CDI CDGB ANH: CH>I>K: IDI=: HEGD9J8: 97N " 9>HDC=><=HE: : 9;JH: H 0NE>8AKAJ: HD;G8KDAI<: H>CG: AI>DCIDI=: GI: 9;JH: KDAI<: 1 CG: System Voltage Arc Voltage of Fuse U n.0 U n 0.5 U n 1.5 U n 0. U n 0.7 U n " MB EA: " 9>HDC=><=HE: : 9;JH: JH: 9DC HNHI: B L DJA9EGD9J8: CG8KDAI<: D;EEGDM>B I: AN 58

63 130V High Speed Fuses Time-Current Characteristic Curves Average Melt Catalog Symbol: JHL High Speed Fuse Current-Limiting Ampere Rating: 1 to 00A Voltage Rating: 00Vac (or less), 50Vdc (or less) Interrupting Rating: 00kA RMS Sym., ka DC Agency Information: UL Listed, Std. 8-8, Class J, Guide JDDZ, File E133 CSA Certified, C. No. 8.8, Class 1-0, File Combine the performance of high speed semiconductor fuses and the convenience of Class J branch circuit fuses in on package. The Edison Drive Fuse will provide maximum protection for AC and DC drives and controllers and meet NEC branch circuit protection requirements. General Information: Easily coordinated with existing and new variable speed drives and electric controllers. Standard Class J dimensions allowing the use of readily available fuse blocks, holders, and switches. Allows the lowest let-thru energy of any branch circuit overcurrent protective device. Catalog Numbers (Amps) JHL1 JHL15 JHL70 JHL5 JHL JHL0 JHL80 JHL50 JHL3 JHL5 JHL90 JHL300 JHL JHL30 JHL JHL350 JHL5 JHL35 JHL110 JHL00 JHL JHL0 JHL15 JHL50 JHL8 JHL5 JHL150 JHL500 JHL10 JHL50 JHL175 JHL00 JHL1 JHL0 JHL00 Current Limitation Curves 59

64 130V High Speed Fuses IAD<+ JB 7: G' %) T Electrical Characteristics Dimensions - in Catalog Rated Current I t (A 00Vac/kA Watts Number RMS Amps Pre-arc Clearing Loss JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL JHL " (± 0.03) 3.3".3" 5.75" (± 0.03).38" 3.0" 110A to 00A 7.13" (± 0.03) 5.5" 3.38" 5A to 00A 0.58" A to 30A 35A to 0A 0.3" 1" 0.8" 70A to A 0.3" 1.38" 0.75" 1.13" 1.13" 0.8" 0.13" 0.1" 1.88" 1.3" 1.3" 0.19" 0.5" " 8.0" (± 0.03).0" 3.75" 50A to 00A 0.53" ".5" 0.7".13" 0.38" 0

65 150V High Speed Fuses IAD<+ JB 7: G#3 T FWA 5-30A (10 x 38mm) 35-0A (1 X 51mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DC Ratings: DAIH U 898 B EH U &. / NB Agency Information: " 1 ) \. : 8D<C>I>DC' #%. " Electrical Characteristics Total Clearing I t 1.5 K 0=: IDIA8A: G>C<& II 1.0 GI: 9KDAI<: C9IEDL : G ;8IDGD; G: <>K: C>C 1) I=: : A: 8IG>8A 0.5 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H 0.3 ) ;DJC97NB JAI>EAN>C<7N 0. 8DGG: 8I>DC;8IDG( <>K: C 0.15 H;JC8I>DCD;EEA>: 9 L DG@>C<KDAI<: " < GB H Dimensions - in (mm) Amp Dimensions Range A B C A B C<:. C<: 150 C Eg Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N 300 EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 00 L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics I t (A Sec) Rated Catalog Current Clearing Watts Numbers Size RMS-Amps Pre-arc at 150V Loss #3 # #3 # #3 # M B B #3 # Y WM Y W #3 # #3 # #3 # #3 # M B B #3 # Y WM W #3 # #3 # P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH U L Kp 50 E g 150 I 0.1 b % 1

66 150V High Speed Fuses IAD<+ JB 7: G#3 T FWA 5-30A: 150V (10 x 38mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWA-5A10F FWA-10A10F FWA-15A10F FWA-0A10F FWA-5A10F FWA-30A10F Prospective Current In Amps RMS FWA 35-0A: 150V (1 x 51mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWA-35A1F FWA-0A1F FWA-5A1F FWA-50A1F FWA-0A1F Prospective Current In Amps RMS Peak Let-Through Curve Peak Let-Through Curve Peak Let-Through Current FWA-30A10F FWA-5A10F FWA-0A10F FWA-15A10F FWA-1A10F FWA-10A10F FWA-5A10F Peak Let-Through Current FWA-0A1F FWA-50A1F FWA-5A1F FWA-0A1F FWA-35A1F Prospective Short-Circuit Current Symmetrical RMS Prospective Short-Circuit Current Symmetrical RMS

67 150V High Speed Fuses IAD<+ JB 7: G#3 T FWA Specifications Description: + DGI= B : G>8CHINA: HIJ9B DJCI;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 898 B EH U &. / NB / NB GI: 9 98 Agency Information: " 1 ). : 8D<C>O: 9' #%. " Electrical Characteristics 1.5 Total Clearing I t K 1.0 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDG D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H#DG DI=: GKDAI<: HI=: 8A: G>C< ) & I>H;DJC97NB JAI>EAN>C<7N ) 0. 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H Eg 150. C<:. C<: Dimensions - in #>< Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: ADL HI=: 8A8JAI>DCD;I=: EDL : GADHH: HIAD98JG G: CIHADL : GI=CI=: GI: 9 8JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Number RMS-Amps Pre-arc at 150V Loss #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH P / JE: G>DG8N8A>C<8E7>A>IN U L Kp 50 E g 150 I 0.1 b % #>< Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 0.0 B B W W B B 3

68 150V High Speed Fuses IAD<+ JB 7: G#3 T Time-Current Curve FWA-500A FWA-00A FWA-700A FWA-800A FWA-0A Virtual Pre-Arcing Time In Seconds FWA-70A FWA-80A FWA-A FWA-15A FWA-150A 10 3 FWA-00A FWA-50A FWA-300A FWA-350A FWA-00A Prospective Current In Amps RMS Peak Let-Through Curve 10 Peak Let-Through Current FWA-00A FWA-350A FWA-300A FWA-50A FWA-00A FWA-150A FWA-A FWA-80A FWA-70A Prospective Short-Circuit Current Symmetrical RMS

69 130V High Speed Fuses IAD<+ JB 7: G#3 T FWA Specifications Description: + DGI= B : G>8C HINA: ;AJH=: C9=><=HE: : 9;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 8 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>O: 9' #%. " DC ;JH: H Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& II GI: 9KDAI<: C9IEDL : G ;8IDGD; G: <>K: C>C I=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H ;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: C H;JC8I>DCD;EEA>: 9 L DG@>C<KDAI<: " < GB H Dimensions - in Catalog Number Fig. B C D Thread Depth #3 % % U 0EE: 9 Y W M Y W #3 % % U 0EE: 9 Y W M Y W #3 % 0EE: 9 Y W M Y W 1mm = / 1 = 5.mm Fig. 1: A K Fig. : 000A D Eg Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8= B NEE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DC H;JC8I>DCD;I=: EEA>: 9L DG@>C<KDAI<: " < GB HIEDL : G ;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics I t (A Sec) Catalog Rated Current Clearing Watts Numbers RMS-Amps Pre-arc at 130V Loss #3 % #3 % #3 % #3 % #3 % #3 % #3 % P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH P / JE: G>DG8N8A>C<8E7>A>IN Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH Kp U L 50 E g 150 I 0.1 b % B C B C 5

70 130V High Speed Fuses IAD<+ JB 7: G#3 T Time-Current Curve Virtual Pre-Arcing Time In Seconds FWA-0AH FWA-AH FWA-1500AH FWA-000AH FWA-500AH FWA-3000AH FWA-000AH Peak Let-Through Curve 10 5 Prospective Current In Amps RMS Peak Let-Through Current 10 FWA-000AH FWA-3000AH FWA-500AH FWA-000AH FWA-1500AH FWA-AH FWA-0AH Prospective Short-Circuit Current Symmetrical RMS

71 50V High Speed Fuses IAD<+ JB 7: G#3 T FWX (1 x 51mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DC Ratings: DAIH U 898 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& II GI: 9KDAI<: C9IEDL : G K 1) ;8IDGD; G: <>K: C>C I=: : A: 8IG>8A 0.3 ) 8=G8I: G>HI>8H#DGDI=: G 0. KDAI<: HI=: 8A: G>C<& I>H Eg 0.15 ;DJC97NB JAI>EAN>C<7N DGG: 8I>DC;8IDG( <>K: C H;JC8I>DCD;EEA>: 9 L DG@>C<KDAI<: " < GB H Dimensions - mm (in) 50.8 (.000") 15.5 (0.10") 1.3 (0.53") Arc Voltage 0=>H8JGK: <>K: HI=: 1 ) L =>8=B NEE: G 8GDHHI=: ;JH: 9JG>C< >IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB HIEDL : G;8IDG D; Power Losses IIHADHHIGI: 98JGG: CI Kp >H<>K: C>CI=: : A: 8IG>8A 0. 8=G8I: G>HI>8H0=: 8JGK: 0.5 ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 0. 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=: I 0.1 b. * / AD98JGG: CI& 7 >C % D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Number Size RMS-Amps Pre-arc at 50V Loss #3 # U U U #3 # U U U #3 # U U U #3 # U U U #3 # M B B #3 # Y WM W #3 # #3 # #3 # #3 # #3 # P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI P 98&CI: 1 ). : 8D<C>I>DC / DB EDC: CI 88: EIC8: DC I=GDJ<= DCAN DCHJAI" 9>HDC;DG99>I>DCAGI>C<H Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH U L 1) ) E g 7

72 50V High Speed Fuses IAD<+ JB 7: G#3 T FWX 1-30A: 50V (1 x 51mm) Time-Current Curve Peak Let-Through Curve Prospective Current In Amps RMS Prospective Current In Amps RMS 8

73 50V High Speed Fuses IAD<+ JB 7: G#3 T FWX Specifications Description: + DGI= B : G>8C HINA: HIJ9B DJCIC9;AJH=: C9 ;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 898 B EH U &. * / / 98 Agency Information: " 1 ). : 8D<C>O: 9' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH DC ;JH: &. 98 Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDG D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H #DGDI=: GKDAI<: HI=: 8A: G>C<& I>H;DJC97N B JAI>EAN>C<7N8DGG: 8I>DC ;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H A Dimensions - in Eg C<:. C<: Tapped Amp Thread Range Fig. A B C D E F G H J Depth U U U U U U U U U U Y W M Y W U U U U U Y W M Y W B B W W B B D E H #>< C F G B J #>< A B C K 1) ) A B #>< D C Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI>H <>K: C>CI=: : A: 8IG>8A8=G 8I: G>HI>8H0=: 8JGK: ADL H I=: 8A8JAI>DCD;I=: EDL : G ADHH: HIAD98JGG: CIHADL : G I=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Number RMS-Amps Pre-arc at 50V Loss #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 #3 % #3 % #3 % #3 % #3 % #3 % P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P / JE: G>DG8N8A>C<8E7>A>IN U L ) 300 ) E g C<:. C<: 1.0 Kp % Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH I b 9

74 50V High Speed Fuses IAD<+ JB 7: G#3 T FWX A: 50V Time-Current Curve Virtual Pre-arcing Time In Seconds FWX-35A FWX-0A FWX-0A FWX-70A FWX-A FWX-150A Peak Let-Through Curve 10 5 FWX-00A FWX-350A FXW-00A FWX-500A FWX-00A FWX-800A Prospective Current In Amps RMS B FWX 0-500A(H): 50V Virtual Pre-Arcing Time In Seconds Time-Current Curve FWX-0AH FWX-AH FWX-1500AH FWX-100AH FWX-000AH FWX-500AH Peak Let-Through Current A FWX-800A FWX-00A FWX-00A FWX-300A FWX-00A FWX-150A FWX-A FWX-70A FWX-0A FWX-5A FWX-35A Peak Let-Through Current Peak Let-Through Curve Prospective Current In Amps RMS FWX-500AH FWX-000AH FWX-100AH FWX-1500AH FWX-AH FWX-0AH Prospective Short-Circuit Current Symmetrical RMS Prospective Short-Circuit Current Symmetrical RMS 70

75 500V High Speed Fuses IAD<+ JB 7: G#3 % T FWH ( x 3mm) Specifications Description: #: GGJA: HINA: =><=HE: : 9;JH: H Dimensions: / : : 9>B : CH>DCH>AJHIGI>DCH Ratings: DAIH U B EH U &. IS E; IS E; Agency Information: " 1 ). : 8D<C>I>DC' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH Opening Times Amp Ratings 150% 00% 300% B >C B >C R H: 8 B >C B >C R H: 8 Dimensions - mm (inches) 31.8 (1.5") 3. (0.15"). (0.5") Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers Size RMS-Amps Pre-arc at 500V Loss #3 % # #3 % # #3 % # #3 % # #3 % # #3 % # #3 % # M B B #3 % # Y WM Y W #3 % # #3 % # #3 % # #3 % # #3 % # #3 % # U #3 % # U B >C>B JB DE: C>C<8JGG: CIIGI: 9KDAI<: B >C>B JB DE: C>C<8JGG: CIIGI: 9KDAI<: P DCHJAI" 9>HDC;DG! GI>C<H Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 71

76 500V High Speed Fuses IAD<+ JB 7: G#3 % T FWH 0.5-7A: 500V ( x 3mm) FWH 10-30A: 500V ( x 3mm) Time-Current Curve FWH-00AF FWH-3.15AF FWH-005AF FWH-.30AF FWH-007AF Time-Current Curve Virtual Pre-Arcing Time In Seconds FWH-.50AF FWH-.500AF FWH-001AF 10 x Prospective Current In Amps RMS 7

77 500V High Speed Fuses IAD<+ JB 7: G#3 % T FWH (1 x 51mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DC Ratings: DAIH U 8 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC / DB EDC: CI 88: EIC8: ;>A: AHH DC Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDG D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H#DG DI=: GKDAI<: HI=: 8A: G>C<& I >H;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H Dimensions - mm (inches) 50.8 (.000") (0.10") K (0.53") 500 Eg Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH U L ;JC8I>DCD;I=: EEA>: 9 00 L DG@>C<KDAI<: " < GB H 500 IEDL : G;8IDGD; 00 Power Losses 300 E g IIHADHHIGI: 98JGG: CI>H <>K: C>CI=: : A: 8IG>8A8=G 8I: G>HI>8H0=: 8JGK: ADL H I=: 8A8JAI>DCD;I=: EDL : G ADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC ;8IDG( E >H<>K: CH ;JC8I>DCD;I=:. * / AD9 8JGG: CI& 7 >C D;I=: GI: 9 8JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers Size RMS-Amps Pre-arc at 500V Loss #3 % # U U U #3 % # U U U #3 % # U U #3 % # U U U #3 % # #3 % # M B B #3 % # Y WM W #3 % # U U U #3 % # #3 % # #3 % # #3 % # P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P" M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P) DL L IIHADHH>C8DB E8IH>O: P1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! 8DB B DC7JH P! 9G>K: H P- DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH Kp I 0.1 b % 73

78 00V High Speed Fuses IAD<+ JB 7: G#3 % T FWH 1-30A: 500V (1 x 51mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWH-5A1F FWH-10A1F FWH-15A1F FWH-0A1F FWH-5A1F FWH-30A1F Prospective Current In Amps RMS Peak Let-Through Current Peak Let-Through Curve FWH-30A1F FWH-5A1F FWH-0A1F FWH-15A1F FWH-10A1F FWH-5A1F Prospective Short-Circuit Current Symmetrical RMS 7

79 500V High Speed Fuses IAD<+ JB 7: G#3 % T FWH Specifications Description: + DGI= B : G>8CHINA: HIJ9B DJCI;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DC Ratings: DAIH U 898 DCAN B EH U &. / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " #3 %5 ' #%. " #3 %5 / DB EDC: CI 88: EIC8: AHH #>A: Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDGD; G: <>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H ;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH K 1) ) ;JC8I>DCD;EEA>: 9L DG@>C< 0.15 KDAI<: " < GB H Fig. 1: 35-A G F A D E C Fig. : A J B Eg C<:. C<: Dimensions - in Amp Range Fig. A B C D E F G H J / : :! GL >C< B B W W B B H Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8= B NEE: G8GDHHI=: U L ;JH: 9JG>C<>IHDE: GI>DC 800 H;JC8I>DCD;I=: EEA>: 9 00 L DG@>C<KDAI<: " < GB H ) 500 IEDL : G 1) 00 ;8IDGD; E g 300 Power Losses C<: 3 IIHADHHIGI: 9. C<: 1.0 8JGG: CI>H<>K: C>CI=: Kp 0.8 : A: 8IG>8A8=G8I: G>HI>8H 0. 0=: 8JGK: ADL HI=: 0.5 8A8JAI>DCD;I=: EDL : G 0. ADHH: HIAD98JGG: CIH 0.3 ADL : GI=CI=: GI: 9 8JGG: CI0=: 8DGG: 8I>DC 0. ;8IDG( E >H<>K: CH ;JC8I>DCD;I=:. * / AD9 I 8JGG: CI&7>C D;I=: 0.1 b % GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers RMS-Amps Pre-arc at 500V Loss #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % #3 % P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P / JE: G>DG8N8A>C<8E7>A>IN Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 75

80 500V High Speed Fuses FWH 35-00A(B) & A(A) Time-Current Curve FWH A Time-Current Curve FWH-35B FWH-0B FWH-5B FWH-50B FWH-0B FWH-70B FWH-80B FWH-90B FWH-B FWH-15B FWH-150B FWH-175B FWH-00B FWH-900A FWH-0A FWH-A FWH-100A FWH-100A Peak Let-Through Curve Prospective Current In Amps RMS FWH-100A FWH-100A FWH-A FWH-0A Virtual Pre-Arcing Time In Seconds Prospective Current In Amps RMS FWH-300A FWH-00A FWH-500A FWH-00A FWH-800A Peak Let-Through Curve B Peak Let-Through Current 10 3 FWH-00B FWH-150B FWH-15B FWH-B FWH-80B FWH-0B Peak Let-Through Current 10 3 A FWH-800A FWH-00A FWH-500A FWH-00A FWH-300A FWH-50A FWH-50B FWH-0B FWH-35B Prospective Short-Circuit Current Symmetrical RMS Prospective Short-Circuit Current Symmetrical RMS 7

81 00V High Speed Fuses IAD<+ JB 7: G#3 T FWC (10 x 38mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DC Ratings: DAIH U B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH DC Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDG D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H#DG DI=: GKDAI<: HI=: 8A: G>C< & I>H;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H Dimensions - mm (in) 38.1 (1.500") (0.375") K (0.0") Eg Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8= B NEE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DC U L H;JC8I>DCD;I=: EEA>: 9 00 L DG@>C<KDAI<: " < GB H 500 IEDL : G 00 ;8IDGD; E g 300 Power Losses IIHADHHIGI: 9 Kp 0.8 8JGG: CI>H<>K: C>CI=: 0. : A: 8IG>8A8=G8I: G>HI>8H 0.5 0=: 8JGK: ADL HI=: 8A8JAI>DCD;I=: EDL : G ADHH: HIAD98JGG: CIH ADL : GI=CI=: GI: JGG: CI0=: 8DGG: 8I>DC ;8IDG( E >H<>K: CH I ;JC8I>DCD;I=:. * / AD9 0.1 b % 8JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers Size RMS-Amps Pre-arc at 00V Loss #3 # #3 # #3 # #3 # #3 # #3 # M B B #3 # Y ZM Y Z #3 # #3 # P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 77

82 00V High Speed Fuses IAD<+ JB 7: G#3 T FWC -3A: 00V (10 x 38mm) Virtual Pre-Arcing Time In Seconds Time-Current Curve FWC-A10F FWC-8A10F FWC-10A10F FWC-1A10F FWC-1A10F FWC-0A10F FWC-5A10F FWC-30A10F & FWC-3A10F Prospective Current In Amps RMS Peak Let-Through Curve 10 FWC-30A10F & FWC-3A10F FWC-5A10F FWC-0A10F FWC-1A10F Peak Let-Through Current FWC-1A10F FWC-10A10F FWC-8A10F FWC-A10F Prospective Short-Circuit Current Symmetrical RMS 78

83 90V/700V High Speed Fuses IAD<+ JB 7: G#3 - T FWP (1 x 51mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: HL >I=C9L >I=DJI >C9>8I>C<HIG>@: G Dimensions: / : : 9>B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 8&" U 81 ) U 98 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH ;DGK: GH>DCHL >I=DJI>C9>8IDGDCAN! : H><C: 9C9 I: HI: 9ID&" - GI Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& II GI: 9KDAI<: C9IEDL : G ;8IDGD; G: <>K: C>C I=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H ;DJC97NB JAI>EAN>C<7N8DG G: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C<KDAI<: " < GB H Dimensions - mm (in) Without Striker With Striker ) 0. ) K E g (.000") 1.3 (0.53") 5 (0.197"). C<:. C<: 15.5 (0.10") #3 - L >I= HIG>@: GDEI>DC 59 (.33") 51 (.00") 13 (0.511") 1.3 (0.53") Arc Voltage 1. 0=>H8JGK: <>K: HI=: 1. U G8KDAI<: 1 ) L =>8=B N L 10 EE: G8GDHHI=: ;JH: 9 9JG>C<>IHDE: GI>DCH 8 ;JC8I>DCD;I=: EEA>: 9 7 L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; 5 Power Losses E g 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: 1.0 Kp 0.8 ADL HI=: 8A8JAI>DCD; 0. I=: EDL : GADHH: HIAD JGG: CIHADL : GI=CI=: 0. GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H 0.3 <>K: CH;JC8I>DCD;I=: 0.. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI I 0.1 b Catalog Numbers % Electrical Characteristics Rated I t (A Sec) Catalog Current Minimum Clearing At Watts Numbers Size RMS-Amps Melting Rated Voltage Loss 3 >I=DJI/ IG>@: G #3 - # U U U #3 - # U U U #3 - # U U U #3 - # U U U #3 - # U U U #3 - # M B B #3 - # Y M #3 - # #3 - # #3 - # #3 - # #3 - # #3 - # #3 - # 3 >I=/ IG>@: G #3 - #& #3 - #& #3 - #& M B B #3 - #& Y WM W #3 - #& #3 - #& #3 - #& #3 - #& / IG>@: GGC<: >H 98DCAN P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<= & I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H 79

84 90V/700V High Speed Fuses IAD<+ JB 7: G#3 - T Without Striker FWP 5-50A: 0V/700V (1 x 51mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWP-5A1F FWP-10A1F FWP-15A1F FWP-0A1F FWP-5A1F FWP-30A1F FWP-3A1F FWP-0A1F FWP-50A1F Prospective Current In Amps RMS Peak Let-Through Curve Peak Let-Through Current 10 FWP-50A1F FWP-0A1F FWP-3A1F FWP-30A1F FWP-5A1F 10 3 FWP-0A1F 10 FWP-15A1F FWP-10A1F FWP-5A1F Prospective Short-Circuit Current Symmetrical RMS 80

85 90V/700V High Speed Fuses IAD<+ JB 7: G#3 - T / IG>@: G, EI>DCA FWP ( x 58mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: HL >I=C9L >I=DJI >C9>8I>C<HIG>@: G Dimensions: / : : 9>B : CH>DCH >AJHIGI>DC Ratings: DAIH U 8&" U 81 ) U 98 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " / DB EDC: CI 88: EIC8: ;>A: AHH Electrical Characteristics Total Clearing I t 1. 0=: IDIA8A: G>C<& II 1. K GI: 9KDAI<: C9IEDL : G ;8IDGD; G: <>K: C>C 0.8 I=: : A: 8IG>8A 0.7 8=G8I: G>HI>8H#DGDI=: G 0. KDAI<: HI=: 8A: G>C<& I>H 0.5 ;DJC97NB JAI>EAN>C<7N 0. 8DGG: 8I>DC;8IDG( <>K: C E H;JC8I>DCD;EEA>: 9 g 0.3 L DG@>C<KDAI<: " < GB H Dimensions - mm (in) Without Striker 58.0 (.83"). (0.875") #3 - L >I= HIG>@: G DEI>DC Arc Voltage =>H8JGK: <>K: HI=: 10 G8KDAI<: 1 ) L =>8=B N 3 9 EE: G8GDHHI=: ;JH: 8 9JG>C<>IHDE: GI>DCH 7 ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB H 5 IEDL : G;8IDGD; Power Losses IIHADHHIGI: 98JGG: CI Kp 0.8 >H<>K: C>CI=: : A: 8IG>8A 0. 8=G8I: G>HI>8H0=: 8JGK: 0.5 ADL HI=: 8A8JAI>DCD; 0. I=: EDL : GADHH: HIAD JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 0. 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C 0.1 I b D;I=: GI: 98JGG: CI % Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Minimum Clearing At Watts Numbers Size RMS-Amps Melting Rated Voltage Loss 3 >I=DJI/ IG>@: G #3 - # #3 - # #3 - # M B B #3 - # Y M Y #3 - # #3 - # #3 - # #3 - # 3 >I=/ IG>@: G #3 - #& #3 - #& #3 - #& M B B #3 - #& Y M Y #3 - #& #3 - #& #3 - #& #3 - #& &" 1 ) DAI<: GI>C< U L E g With Striker 5 (0.197"). (0.87") 15.0 (0.591") (.598") 58 (.83") 1 (0.30" Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 81

86 90V/700V High Speed Fuses IAD<+ JB 7: G#3 - T / IG>@: G, EI>DCA Without Striker FWP 0-A: 0V/700V ( x 58mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWP-0AF FWP-5AF FWP-3AF FWP-0AF FWP-50AF FWP-3AF FWP-80AF FWP-AF Peak Let-Through Current Peak Let-Through Curve Prospective Current In Amps RMS FWP-AF FWP-80AF FWP-3AF FWP-50AF Prospective Short-Circuit Current Symmetrical RMS FWP-0AF FWP-3AF FWP-5AF FWP-0AF 8

87 700V High Speed Fuses IAD<+ JB 7: G#3 - T FWP Specifications Description: + DGI= B : G>8C HINA: HIJ9B DJCI;JH: H Dimensions: / : :! >B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 898 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " #3-5 ' #%. " #3-5 / DB EDC: CI 88: EIC8: ;>A: AHH DC Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDGD; G: <>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H ;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H K ) 1) ) Eg C<:. C<:. C<: Dimensions - in Amp Range Fig. A B C D E F G H I / : :! GL >C< / : :! GL >C< B B W W B B Fig. 1: 5-800A A D E C B F G J H Fig. : 900-0A Fig. 3: A Arc Voltage 0=>H8JGK: <>K: HI=: KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH;JC8 I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB HI EDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI>H <>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: ADL HI=: 8A8JAI>DCD;I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 9 8JGG: CI0=: 8DGG: 8I>DC;8IDG ( E >H<>K: CH;JC8I>DCD; I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI 0.1 I b Catalog Numbers % Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers RMS-Amps Pre-arc at 700V Loss #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - #3 - P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P / JE: G>DG8N8A>C<8E7>A>IN U L 1) ) E g C<:. C<: Kp Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 83

88 700V High Speed Fuses IAD<+ JB 7: G#3 - T FWP 5-30A(B): 700V Virtual Pre-Arcing Time In Seconds Time-Current Curve FWP-5B FWP-10B FWP-15B FWP-0B FWP-5B FWP-30B Prospective Current In Amps RMS Peak Let-Through Curve FWP 35-A(B) & 700-A(A): 700V Virtual Pre-Arcing Time In Seconds Time-Current Curve FWP-35B FWP-0B FWP-50B FWP-0B FWP-70B FWP-80B FWP-90B FWP-B FWP-700A FWP-800A FWP-900A FWP-0A FWP-A Peak Let-Through Curve Prospective Current In Amps RMS FWP-A Peak Let-Through Current FWP-30B FWP-5B 10 3 FWP-0B 10 FWP-15B FWP-10B FWP- 5B Prospective Short-Circuit Current Peak Let-Through Current FWP-0A FWP-800A FWP-700A FWP-B FWP-70B FWP-0B FWP-50B FWP-0B FWP-35B Prospective Short-Circuit Current 8

89 700V High Speed Fuses IAD<+ JB 7: G#3 - T FWP A: 700V Time-Current Curve Virtual Pre-Arcing Time In Seconds FWP-150A FWP-00A FWP-300A FWP-00A FWP-00A Prospective Current Current In In Amperes Amps RMS RMS Peak Let-Through Curve B Peak Let-Through Current 10 3 A FWP-00A FWP-00A FWP-300A FWP-00A FWP-150A Prospective Short-Circuit Current Symmetrical RMS 85

90 0V High Speed Fuses IAD<+ JB 7: G#3 ' T FWJ (1 x 7mm) Specifications Description: #: GGJA: HINA: =><= HE: : 9;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DC Ratings: DAIH U 8 98 B EH U &. * / / NB 98 Agency Information: " 1 ). : 8D<C>O: 9' #%. " Electrical Characteristics Total Clearing I t 1.0 0=: IDIA8A: G>C<& II GI: 9KDAI<: C9IEDL : G 0.5 ;8IDGD; G: <>K: C>C I=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G 0.3 KDAI<: HI=: 8A: G>C<& 0. I>H ;DJC97NB JAI>EAN>C<7N DGG: 8I>DC;8IDG( <>K: C 00 H;JC8I>DCD;EEA>: 9 L DG@>C<KDAI<: " < GB H Dimensions - mm (in).7 (.") (0.5") 500 Fuseclips: P IAD<+ JB 7: G H: : 9IH=: : I K 800 Eg (0.571") Arc Voltage 000 0=>H8JGK: <>K: HI=: 100 G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; 00 Power Losses 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H0=: 8JGK: ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E>H <>K: CH;JC8I>DCD;I=:. * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Watts Numbers Size RMS-Amps Pre-arc at 0V Loss #3 ' # M B B #3 ' # Y WM Y W #3 ' # P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI8N8A>C<8E7>A>INC9! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH>C8DB E8IH>O: P 1 H: 9L >I=;>C<: GH;: =DA9: GH7AD8@H Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH Kp U L E g I 0.1 b % 8

91 0V High Speed Fuses IAD<+ JB 7: G#3 ' T FWJ 0-30A: 0V (1 x 7mm) Time-Current Curve Virtual Pre-Arcing Time In Seconds FWJ-0A1F FWJ-5A1F FWJ-30A1F Peak Let-Through Curve 10 Prospective Current In Amps RMS Peak Let-Through Current FWJ-30A1F FWJ-5A1F FWJ-0A1F Prospective Short-Circuit Current Symmetrical RMS 87

92 FWJ Specifications Description: + DGI= B : G>8CHINA: HIJ9B DJCI;JH: H Dimensions: / : :! >B : CH>DCH>AJH IGI>DC Ratings: DAIH U 8 98 B EH U &. 98 Agency Information: " 1 ). : 8D<C>I>DC' #%. " DC DCAN Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDGD; G: <>K: C>CI=: : A: 8IG>8A 8=G8I: G>HI>8H#DGDI=: G KDAI<: HI=: 8A: G>C<& I>H ;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H G IAD<+ JB 7: G#3 ' T Eg 0 Dimensions - in Amp Range Fig. A B C D E F G H I B B W W B B Fig. 1: A F A D E C K J B H Arc Voltage 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB H IEDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 98JGG: CI >H<>K: C>CI=: : A: 8IG>8A 1.0 8=G8I: G>HI>8H0=: 8JGK: Kp ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8I>DC;8IDG( E >H <>K: CH;JC8I>DCD;I=: * / AD98JGG: CI& 7 >C D;I=: GI: 98JGG: CI 0.1 I b Catalog Numbers % Electrical Characteristics Rated It (A Sec) Catalog Current Clearing Watts Numbers RMS-Amps Pre-arc at 0V Loss #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' #3 ' P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI Features and Benefits P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH P / JE: G>DG8N8A>C<8E7>A>IN Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH U L E g 88

93 0V High Speed Fuses IAD<+ JB 7: G#3 ' T FWJ 35-00A: 0V Time-Current Curve Virtual Pre-Arcing Time In Seconds FWJ-0A FWJ-50A FWJ-0A FWJ-70A FWJ-80A FWJ-90A FWJ-A FWJ-15A FWJ-150A FWJ-175A Prospective Current In Amps RMS FWJ-00A FWJ-50A FWJ-300A FWJ-350A FWJ-00A FWJ-500A FWJ-00A FWJ A: 0V Virtual Pre-Arcing Time In Seconds Time-Current Curve FWJ-800A FWJ-0A FWJ-A FWJ-100A FWJ-100A FWJ-1800A FWJ-000A Prospective Prospective Current Current In Amperes in AmpsRMS Peak Let-Through Curve Peak Let-Through Current FWJ-000A FWJ-1800A FWJ-100A FWJ-100A FWJ-150A FWJ-0A FWJ-00A FWJ-800A FWJ-00A FWJ-500A FWJ-350A FWJ-300A FWJ-50A FWJ-00A FWJ-175A FWJ-150A FWJ-15A FWJ-A FWJ-90A FWJ-80A FWJ-70A FWJ-0A FWJ-50A FWJ-0A Prospective Short-Circuit Current Symmetrical RMS 89

94 British Style High Speed Fuses Introduction British BS 88 Contents Fuse Volts Amp Range Accessories P&C9>8IDG/ NHI: B H: : : C9D;I=>HH: 8I>DC P#JH: AD8@HH: : %/ : G>: H;JH: 7AD8@H>CI=>H8IAD< G>I>H= / #JH:. C<: H Amps Volts AC DC U U U U General Information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oltage Rating A" 9>HDC G>I>H=HINA: ;JH: HG: I: HI: 9ID&" - GI 0=>HHIC9G9G: FJ>G: HI: HIKDAI<: L =>8=>H =><=: G I=CI=: GI: 9KDAI<: &C+ DGI= B : G>8;JH: HG: G: FJ>G: 9 ID8A: GDCANI=: >GGI: 9KDAI<: Accessories 0G>E>C9>8IDG;JH: HG: K>A7A: ;DGJH: >CEG A: AL >I=I=: B >C;JH: &C9>8IDG;JH: H8C7: II8=: 9IDI=: HHD8>I: 9;JH: DGB DJCI: 9H: EGI: AN>CEC: AB DJCI: 9 ;JH: 8A>EH&C99>I>DCEJH=DC9EI: GC9B >8GDHL >I8= II8=B : CIG: K>A7A: IDEGDK>9: G: B DI: >C9>8I>DC 0=: %/ : G>: H;JH: 7AD8@HG: AHDK>A7A: ;DGB DHI EEA>8I>DCH 90

95 British Style 0V High Speed Fuses IAD<+ JB 7: G) 0) " 0) * 0) * * 0 T LCT, LET, LMT, LMMT Specifications Description: / HINA: HIJ9B DJCI;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 8 98 B EH U &. * / / NB Agency Information: "! : H><C: 9C9I: HI: 9ID / - GI &" - GI 1 ). : 8D<C>O: 9 A;JH: H7DK: =K: 7: : CI: HI: 9I 8 DCHJAI" 9>HDC;DGHE: 8>;>81 ). : 8D<C>I>DCHIIJH Electrical Characteristics 1. Total Clearing I t K 1. 0=: IDIA8A: G>C<& IIGI: 9 1. KDAI<: C9IEDL : G;8IDG 1.0 D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H#DG 0.8 DI=: GKDAI<: HI=: 8A: G>C<& I 0. 1) >H;DJC97NB JAI>EAN>C<7N 0. 8DGG: 8I>DC;8IDG( <>K: CH 0. ;JC8I>DCD;EEA>: 9L DG@>C< ) E g KDAI<: " < GB H Dimensions - mm #>< ) B B W W B B #>< ) * #>< ) " ) 0 ) " 0) * 0) * * #>< ) * * Arc Voltage 750 0=>H8JGK: <>K: HI=: G8KDAI<: 1 ) L =>8=B N EE: G8GDHHI=: ;JH: 500 9JG>C<>IHDE: GI>DCH ;JC8I>DCD;I=: EEA>: 9 L DG@>C<KDAI<: " < GB H 50 IEDL : G;8IDGD; E g Power Losses IIHADHHIGI: 98JGG: CI ) 0 ) " 0) * 0) * * 0 >H<>K: C>CI=: : A: 8IG>8A 1.0 8=G8I: G>HI>8H0=: 8JGK: 0.8 Kp ADL HI=: 8A8JAI>DCD; I=: EDL : GADHH: HIAD9 8JGG: CIHADL : GI=CI=: GI: 98JGG: CI0=: 8DGG: 8 I>DC;8IDG( E >H<>K: CH ;JC8I>DCD;I=:. * / AD9 8JGG: CI& 7 >C D;I=: GI: 98JGG: CI 0.1 Catalog Numbers I b % Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Clearing Watts Numbers Type RMS-Amps Pre-arc at 10V at 0V Loss ) 0 ) 0 ) 0 ) 0 ) 0 ) 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) " 0 ) * 0 ) * 0 ) * 0 ) * 0 ) * 0 ) * 0 ) * 0 ) * 0 ) * * 0 ) * * 0 ) * * 0 ) * * 0 ) * * 0 ) * * 0 ) * * 0 P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI P+ DI: ) " 0 ) " 0 ) " 0C9 ) " 0G: K>A7A: ;DGG: EA8: B : CIEJGEDH: HDC: M>HI>C< : FJ>EB : CI U L 1) ) 38.1 &C9>8IDG, EI>DCA Features and Benefits P " M8: A: CI8N8A>C<8E7>A>IN P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I Typical s P! DB B DC7JH P C9! 9G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH 91

96 British Style 0V High Speed Fuses IAD<+ JB 7: G) 0) " 0) * 0) * * 0 T LCT -0A: 0V LET 5-180A: 0V Time-Current Curve Time-Current Curve Virtual Pre-Arcing Time In Seconds LCT 10LCT 1LCT 1LCT 0LCT Virtual Pre-Arcing Time In Seconds LET 3LET 35LET 50LET 3LET 80LET LET 15LET 10LET 180LETa Prospective Current In Amps RMS Prospective Current In Amps RMS Data Sheet: Data Sheet: Peak Let-Through Curve 10 5 Peak Let-Through Current LET 10LET 15 & LET 80LET LET 50LET 35LET 10 3LET 5LET 0LCT 1LCT 1LCT 10LCT LCT SYMMETRICAL FAULT FULLY ASYMMETRICAL FAULT Prospective Short-Circuit Current Symmetrical RMS

97 British Style 0V High Speed Fuses IAD<+ JB 7: G) 0) " 0) * 0) * * 0 T LMT 10-50A: 0V Time-Current Curve Virtual Pre-Arcing Time In Seconds LMT 00LMT 50LMT 315LMT 355LMT 00LMT 50LMT Prospective Current In Amps RMS LMMT A: 0V Time-Current Curve Virtual Pre-Arcing Time In Seconds Prospective Current In Amps RMS 00LMMT 500LMMT 30LMMT 710LMMT 800LMMT 900LMMT Data Sheet: Data Sheet: Peak Let-Through Curve LMMT 800LMMT 710LMMT 30LMMT 50LMT 00 & 500LMMT 355LMT 315LMT 10 50LMT Peak Let-Through Current LMT 10LMT SYMMETRICAL FAULT FULLY ASYMMETRICAL FAULT Prospective Short-Circuit Current Symmetrical RMS

98 British Style 90V High Speed Fuses IAD<+ JB 7: G 0" 0#" " " 0#" " #* #* * * 0* * 0 T CT, ET, FE, EET, FEE, FM, FMM, MT, MMT Specifications Description: / HINA: HIJ9B DJCI;JH: H Dimensions: / : : 9>B : CH>DCH >AJHIGI>DCH Ratings: DAIH U 8 98 B EH U &. * / / NB Agency Information: "! : H><C: 9C9I: HI: 9ID / - GI &" - GI 1 ). : 8D<C>O: 9* 0C9* * 0U 98&" GI>C< DCHJAI" 9>HDC;DG1 ). : 8D<C>I>DC HIIJH Electrical Characteristics Total Clearing I t 0=: IDIA8A: G>C<& IIGI: 9 KDAI<: C9IEDL : G;8IDG D; G: <>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H#DG DI=: GKDAI<: HI=: 8A: G>C<& I >H;DJC97NB JAI>EAN>C<7N 8DGG: 8I>DC;8IDG( <>K: CH ;JC8I>DCD;EEA>: 9L DG@>C< KDAI<: " < GB H K 1) ) " 0" " 0#" #" " * 0* * 0 #* #* * E g Arc Voltage 0=>H8JGK: <>K: HI=: ) L =>8=B NEE: G 0 8GDHHI=: ;JH: 9JG>C<>IH DE: GI>DCH;JC8I>DCD; I=: EEA>: 9L DG@>C<KDAI 500 <: " < GB HI EDL : G;8IDGD; Power Losses 3 IIHADHHIGI: 9 8JGG: CI>H<>K: C>CI=: : A: 8IG>8A8=G8I: G>HI>8H 0=: 8JGK: ADL HI=: 8A 8JAI>DCD;I=: EDL : G ADHH: HIAD98JGG: CIH ADL : GI=CI=: GI: 9 8JGG: CI0=: 8DGG: 8I>DC ;8IDG( E >H<>K: CH ;JC8I>DCD;I=:. * / AD9 8JGG: CI&7>C D;I=: GI: 98JGG: CI Features and Benefits P " M8: A: CI8N8A>C<8E7>A>IN P " M8: A: CI! E: G;DGB C8: P ) DL G8KDAI<: C9ADL : C: G<NA: II=GDJ<=& I P ) DL L IIHADHH Typical s P! DB B DC7JH P!! G>K: H P - DL : G8DCK: GI: GHG: 8I>;>: GH P. : 9J8: 9KDAI<: HIGI: GH Kp U L E g " 0#" " " 0#" " #* #* * I 0.1 b % 1) ) Dimensions - mm #>< #>< " 0#" #>< " " 0#" " #>< #* * 0 #>< #* * * * A A B B W W B B #><H V W! >B : CH>DCH 0NE: V W #* B B #* * B B * 0 B B * * 0 B B 9

99 British Style 90V High Speed Fuses IAD<+ JB 7: G 0" 0#" " " 0#" " #* #* * * 0* * 0 T Catalog Numbers Electrical Characteristics Rated I t (A Sec) Catalog Current Clearing Clearing Watts Numbers Type RMS-Amps Pre-arc at 15V at 0V Loss " 0 " 0 " 0 " 0 " 0 " 0 " 0 " 0 " 0 #" #" #" #" #" #" #" #" #" #" " " 0 " " 0 " " 0 " " 0 " " 0 #" " #" " #" " #" " #" " #" " #" " #* #* #* #* #* #* #* #* #* * #* * #* * #* * #* * #* * #* * * 0 * 0 * 0 * 0 * 0 * 0 * 0 * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 * * 0 P3 IIHADHHEGDK>9: 9IGI: 98JGG: CI P+ DI: # " 0 " 0 " 0 " 0 " " 0C9 " " 0G: K>A7A: ;DGG: EA8: B : CI EJGEDH: HDC: M>HI>C<: FJ>EB : CI CT -0, ET 5-80A: 90V Time-Current Curve Virtual Pre-Arcing Time In Seconds Peak Let-Through Current CT 10CT 1CT 1CT 0CT 5ET 3ET 35ET 0ET 5ET 5ET 3ET 80ET Peak Let-Through Curve Prospective Current In Amps RMS 0CT 1CT 1CT 10CT CT 80ET 3ET 5ET 5ET 0ET 35ET 3ET 5ET Prospective Short-Circuit Current Symmetrical RMS 95

100 Virtual Pre-Arcing Time In Seconds British Style 90V High Speed Fuses IAD<+ JB 7: G" " 0* 0* * 0 T EET 90-10A, MT A: 90V Time-Current Curve EET 110EET 10EET 10EET Prospective Current In Amps RMS 10MT 180MT 00MT 50MT 80MT 315MT 355MT MMT A: 90V Time-Current Curve Virtual Pre-Arcing Time In Seconds MMT 00MMT 5MMT 80MMT 315MMT 355MMT 00MMT 50MMT 500MMT 50MMT 30MMT 710MMT Prospective Current In Amps RMS Peak Let-Through Curve MMT 30MMT 50MMT 500MMT 50MMT 315MT 355MT 00MMT 80MT 355MMT 50MT 315MMT 80MMT 00MT 180MT 5MMT 10MT 00MMT 180MMT Peak Let-Through Current EET 10EET 110EET 90EET Prospective Short-Circuit Current Symmetrical RMS 9

101 British Style 90V High Speed Fuses IAD<+ JB 7: G#" #* #" " #* * T FE 35-A & FM A: 90V Time-Current Curve Virtual Pre-Arcing Time In Seconds FE 0FE 5FE 50FE 3FE 71FE 80FE 90FE FE Prospective Current In Amps RMS 180FM 00FM 0FM 50FM 80FM 315FM 350FM FEE -00A & FMM A: 90V Time-Current Curve Virtual Pre-Arcing Time In Seconds FEE 10FEE 10FEE 10FEE 180FEE FEE FMM 50FMM 500FMM 550FMM 30FMM 700FMM Prospective Current In Amps RMS Peak Let-Through Curve Peak Let-Through Curve FM 315FM 80FM 50FM 5FM 00FM 180FM 8 700FMM 30FMM 550FMM 500FMM 50FMM 00FMM Peak Let-Through Current FE 90FE 80FE 71FE 3FE 50FE 5FE 0FE 35FE Peak Let-Through Current FEE 180FEE 10FEE 10FEE 10FEE Prospective Short-Circuit Current Symmetrical RMS FEE Prospective Short-Circuit Current Symmetrical RMS 97

102 British Style High Speed Fuses Indicators & Accessories Indicator System Trip-Indicators 0G>E>C9>8IDGHG: K>A7A: ;DGJH: >CEG A: AL >I=I=: B >C ;JH: 0=: N8C: >I=: G7: II8=: 9IDI=: HHD8>I: 9;JH: DG B DJCI: 9H: EGI: AN>CEC: AB DJCI: 9;JH: 8A>EHG: ;: G: C8: ) EJH=DC9EI: GC9B >8GDHL >I8=II8=B : CI>H K>A7A: ;DGJH: L >I=I=: IG>E>C9>8IDGID<>K: I=: ;8>A>IND; G: B DI: >C9>8I>DCG: ;: G: C8: * & #JH: GI>C<HD; C97: ADL 8CCDIJHJ AN 88DB B D9I: IG>E>C9>8IDG 3 =: CIG>E>C9>8IDG>HID7: II8=: 9IDI=: B >C;JH: C 88: HHDGNE8@8DB EG>H>C<E>GD;B DJCI>C<8A>EHC9C EEGDEG>I: IG>E>C9>8IDGL DJA97: G: FJ>G: 90=: 8A>EHG: HCEE: 9DCIDI=: ;JH: : C98EHC9I=: >C9>8IDG>H EG: HH: 9>CID8A>EHHH=DL C Electrical Specifications Type TI500 TI700 Maximum RMS Voltage Maximum Peak Voltage Maximum DC Voltage Cold Resistance (ohms) Maximum permissible steady-state current 1.5A 1.5A Interrupting Capacity (RMS Symm.),000,000 Pre-Arcing I t 3 3 Fuse Indicator Kits RMS For use Kit. Ref. Details Volts with Fuse Ref. EC-50 Fuse Mount 50 LET MC50 Indicator Kits 50 LMT & LMMT EC-00 (Includes one 0 FE, FEE & ET MC00 indicator 0 FM & FMM MC700 and two clips) 700 MT & MMT ) - C: A* DJCI A>EH ) - C: AB DJCI;JH: 8A>EHG: K>A7A: ;DGB DJCI>C< IG>E>C9>8IDGL =: CB DJCI>C<9>G: 8IANDCI=: ;JH: >H >B EG8I>8A, G9: GEGICJB 7: G ) Microswitch Adapter MAI 3 : D;;: GB >8GDHL >I8=8DB EA: I: L >I=9EI: G;DG H: 8JG>C<I=: >C9>8IDG0=: B >8GDHL >I8=>HEGDK>9: 9L >I= 9DJ7A: EDA: H>C<A: I=GDL 8DCI8IH=K>C<7DI=CDGB AN DE: CC9CDGB AN8ADH: 9EDH>I>DC HE: 8>AB I: G>A=H 7: : C: B EADN: 9>CI=: 8DCHIGJ8I>DCD;I=: 9EI: GIDEGDK>9: G: A>7A: DE: GI>DC>CI=: GC<: D;I: B E: GIJG: HHHD8>I: 9 L >I=HIC9G9DE: GI>C<8DC9>I>DCHC99JG>C<;JH: DE: GI>DC Microswitch and Adapter Type MAI Current Rating: AC 50/0Hz resistive 50V RMS AC 50/0Hz resistive 17V RMS DC, resistive 110Vdc DC, resistive 30Vdc Maximum Working Voltage: Contact-to-contact (RMS) Contact-to-contact (RMS) Maximum DC Volts: A A 0.7A DC A DC 0V 1500V 110Vdc Trip-Indicator Dimensions - mm C 1 B E0.8 A Ref. Dim. A (mm) RMS Volts TI TI TI TI TI TI TI TI CL1 Panel Mount Clip Dimensions - mm Terminal Arrangement Dimensions in mm NO NC NC NO D.8 F B.35 98

103 British & Standard Industrial Fuses 0NE:! V DIIA: W#JH: Amp Ratings: ID Voltage Ratings: 8 Interrupting Agency Approvals: V! W INE: ;JH: H 8DB EAN>C< L >I=! &+ I>B : A< C9! &+ DE: GI>C<8AHH< $ < ) Catalog Dimension Ampere Color Figure Number D Rating Code Number D1 Pink D1 Brown D1 Green 10D Red 1 1D Gray 0D1 1 0 Blue 5D1 1 5 Yellow D7 Pink D7 Brown D7 Green 10D Red 1D Gray 0D7 1 0 Blue 5D7 1 5 Yellow 35D Black 50D White 3 3D Copper 80D Silver D15 7 Red Additional fuse links: Quick acting fuse links in body size D1, D7, D33 and D15 rated -A. Reference number with suffix Q, i.e. 10D7Q. Voltage rating 500V ultra fast-acting fuse links in body size D7, D33, and D15 rated -A. Reference number with suffix R, i.e., 10D7R. Notes: Gauge rings and keys can also be supplied. Dimensions - mm Figure 1 Figure Figure 3 Figure + : DO: 9#JH: AHDHJ>I7A: ;DGJH: DC 98HNHI: B H Amp Ratings: ID Voltage Ratings: 8 Interrupting Catalog Dimension Contact Amp Color Number D Diameter D 1 Rating Code NZ Pink NZ Brown NZ Green 10NZ Red 1NZ Gray 0NZ Blue 5NZ Yellow 35NZ Black 50NZ White 3NZ Copper Dimensions - mm D D 1 CROSS REFERENCE EDISON LINDNER SIEMENS JEAN MULLER D SA-11 gtn Dz/ D SA-1 gtn Dz/ D SA-31 gtn Dz/ 10D SA-51 gtn Dz/10 1D SA-1 gtn Dz/1 0D SA-71 gtn Dz/0 5D SA-81 gtn Dz/5 D SB-11 gld / D SB-1 gld / D SB-31 gld / 10D SB-51 gld /10 1D SB-1 gld /1 0D SB-71 gld /0 5D SB-81 gld /5 35D SB-11 gld 3/35 50D SB-11 gld 3/35 3D SB-11 gld 3/35 80D SC-11 gld /80 D SC-1 gld / 99

104 European Style Line Protection Fuses IAD<+ JB 7: G+ % HRC Fuse Links Class of Operation: <$ <) Amp Ratings: ID Voltage Ratings: 8 Rated Breaking Rated Frequency: %O Operating Frequency: %O Sizes: ID Standards/Approvals: &"! "! &+ EGI ID! " B G@C9 " Description: HFJG: 7D9>: 9GC<: D;>C9JHIG>A;JH: A>C@H;DGL >9: KG>: IND;EEA>8I>DCH Packaging: H: M8: EIH>O: E8@: 9>C Ordering Code:. I>C<0NE: / >O: I: <DGN: < + %$ Selectivity: JEID 8 Design - Insulator: : GB >8 - Metal Parts: DGGDH>DCEGDD;IDEEAI: AHD <AKC>8EAI: 9 Contact Blades: #J A8DCI8IC9>CHJAI: 97A9: H K>A7A: H>AK: GEAI: 97GHH Protection Type: &- 88DG9>C<ID! &+ Dimensions:! &+ Tests:! " Constancy of Characteristics:. : H>HICID;<>C< On/Off Indicator: - I: CI: 9HEG>C<9JA>C9>8I>DC Mechanical Stress: >7GI>DCH JEID %OL >I= < H=D8@HL >I= < Environmental: G: 8N8A7A:. D%/ 8DB EA>CI 89B >JB C9A: 9;G: : 8GDHH: CI>G: GC<: 8DGGDH>DC;G: : H8G: L H Dimensions - mm a b c 1 c D e 1 e e 3 e f Size a a 1 (max) a 3 a (rated) (±8) (rated) (rated) (max) (max) (max) (rated) (max) ± ±1.5 9± ± ± ±1.5 9± ± ± / / ± ±.5 75 ±.5 8± ± ±.5 75 ±.5 8± ± ±.5 75 ±.5 8± ± ±.5 75 ±.5 8± ± ±.5 75 ±.5 8± ± ±.5 75 ±.5 8± ±

105 European Style Line Protection Fuses 500 gg-gl Dual Indicator 500 gg-gl with voltage free Amp Dual Indicator metal gripping lugs Size Rating Part Number Part Number NHG000B NHG000BI NHG000B NHG000BI NHG000B NHG000BI 10 10NHG000B 10NHG000BI 1 1NHG000B 1NHG000BI 0 0NHG000B 0NHG000BI 5 5NHG000B 5NHG000BI NHG000B 3NHG000BI 35 35NHG000B 35NHG000BI 0 0NHG000B 0NHG000BI 50 50NHG000B 50NHG000BI 3 3NHG000B 3NHG000BI 80 80NHG000B 80NHG000BI NHG000B NHG000BI NHG00B 15NHG00BI 10 10NHG00B 10NHG00BI 10 10NHG0B 1 1NHG0B 0 0NHG0B 5 5NHG0B 3 3NHG0B 35 35NHG0B 0 0 0NHG0B 50 50NHG0B 3 3NHG0B 80 80NHG0B NHG0B 15 15NHG0B 10 10NHG0B 10 10NHG01B 10NHG01BI 1 1NHG01B 1NHG01BI 0 0NHG01B 0NHG01BI 5 5NHG01B 5NHG01BI 3 3NHG01B 3NHG01BI 35 35NHG01B 35NHG01BI NHG01B 0NHG01BI 50 50NHG01B 50NHG01BI 3 3NHG01B 3NHG01BI 80 80NHG01B 80NHG01BI NHG01B NHG01BI 15 15NHG01B 15NHG01BI 10 10NHG01B 10NHG01BI 00 00NHG1B 00NHG1BI NHG1B NHG1BI NHG1B 50NHG1BI NHG1B* NHG1B* 35 35NHG0B 35NHG0BI 0 0NHG0B 0NHG0BI 50 50NHG0B 50NHG0BI 3 3NHG0B 3NHG0BI 80 80NHG0B 80NHG0BI 0 NHG0B NHG0BI 15 15NHG0B 15NHG0BI 10 10NHG0B 10NHG0BI 00 00NHG0B 00NHG0BI NHG0B NHG0BI 50 50NHG0B 50NHG0BI 500 gg-gl Dual Indicator 500 gg-gl with voltage free Amp Dual Indicator metal gripping lugs Size Rating Part Number Part Number NHGB 315NHGBI NHGB 355NHGBI 00 00NHGB 00NHGBI 5 5NHGB 50 50NHG03B 50NHG03BI NHG03B 315NHG03BI NHG03B 355NHG03BI 00 00NHG03B 00NHG03BI 5 5NHG3B NHG3B 500NHG3BI 30 30NHG3B NHGG Slotted 30 30NHGG End Tags NHGG 0 0NHGG NHGG * Denotes 0V 101

106 Standard Fuses Standard Dimension Fuses with 10kA Minimum Interrupting Rating; CSA Certified to C. No Time-Delay Volts Ref. Amp Ratings Ctn. Qty. Below 10A use ECSR 10, 1, 15, 0, 5, 30, 10 35, 0, 5, 50, 0 00Vac CDSC* 70, 80, 90, 5 110, 15, 150, 175, 00, 5, 50, 300, 350, 00, 1 50, 500, 00 Below 10A use ECNR 10, 1, 15, 0, 5, 30, 10 35, 0, 5, 50, 0 50Vac CDNC* 70, 80, 90, 5 110, 15, 150, 175, 00, 5, 50, 300, 350, 00, 1 50, 500, 00 Dimensions - in (mm) One-Time Volts Ref. Amp Ratings Ctn. Qty. 1,, 3,, 5,, 7, 8, 10, 1, 15, 0, 5, , 0, 5, 50, 0 00Vac KOS** 70, 80, 90, 5 110, 15, 150, 175, 00, 5, 50, 300, 350, 00, 1 50, 500, 00 KON** 1,, 3,, 5,, 7, 8, 10, 1 PONC*** 15, 0, 5, 30, 10 (CSA P ) 35, 0, 5, 50, 0 50Vac 70, 80, 90, 5 KON 110, 15, 150, 175, 00, 5, 50, 300, 350, 00, 1 50, 500, 00 A Ferrule Design 1 through 0 Amps Catalog Volts Number Amps Max. A Min. B Min. C D E F (50.8) 0.5 (1.3) CDNC* (7.) 0.81 (0.) 50Vac PONC*** (19.) 1.0 (5.) 0.13 (3.) 0.75 (19.1) KON** (185.) 1.38 (3.9).13 (10.8) 0.19 (.8) 1.13 (8.) (19.) 1.88 (7.).3 (117.5) 0.5 (.) 1.3 (1.3) (3.7).5 (57.) 5.19 (131.8) 0.5 (.) (50.8) (17.0) 0.81 (0.) (139.7) 1.0 (7.0) 00Vac CDSC* (00.) 1.0 (5.) 0.13 (3.) 0.75 (19.1) KOS* (.) 1.38 (3.9).13 (115.) 0.19 (.8) 1.13 (8.) (95.) 1.88 (7.) 7.13 (118.1) 0.5 (.) 1.3 (1.3) (339.9).5 (57.) 8.19 (08.0) 0.5 (.) (50.8) *CDSC & CDNC are CSA certified Type D. ** KON 1-1A and KOS 1-0A are not CSA Certified. *** PONC are CSA certified Type P. B C A D Knife Blade 70 through 00 Amps F B E 10

107 Fast-Acting Fast-Acting Standard Standard Fuses Fuses Average Time-Current Curves Cat. No. CDNC 50Vac Cat. No. CDSC 00Vac 1, AMP RATING 1, AMP RATING TIME IN SECONDS 10 1 TIME IN SECONDS ,000 CURRENT IN AMPS 10, ,000 CURRENT IN AMPS 10,

108 Time-Delay Standard Fuses Average Time-Current Curves Cat. No. KON/PONC 50Vac Cat. No. KOS 00Vac 15A 30A 0A A 00A 00A 00A AMP RATING 15A 0A 30A 35A 0A A 00A 00A 00A AMP RATING TIME IN SECONDS 1 TIME IN SECONDS ,000 RMS SYMMETRICAL CURRENT IN AMPS 10, ,000 RMS SYMMETRICAL CURRENT IN AMPS 10,000 10

109 CAMaster HRC Fuse Holders Figure 1 Range: 30 (miniature), 30, 0, and A, 00Vac A range of fully shrouded HRC fuse holders having an advanced design. They incorporate a high level of innovation, with enhanced performance characteristics and comply with the requirements of: CSA C. No. 39 as well as IEC 09 and BS88 Standards. Unique Cam Action The fuse carriers are fitted with a cam for ease of removal from the fuse bases allowing significantly improved contact pressure between fuse carrier and fuse base contacts, with a corresponding enhanced electrical performance level. This design overcomes a major problem of all existing dead front style fuse holders manufactured worldwide, which have to compromise between difficulties of fuse carrier removal from base and contact pressure achieved. Lockable Safety Carriers A range of lockable safety carriers for the CAMaster fuse holder (Cat ref: LSC), are available. This distinct feature ensures isolation can be achieved allowing maintenance to be carried out safely. Fixing Torque and Cable Size Fuse Fixing Max Cable Ref Tightening Torques Size CM0CF 1.5N m # CM30CF 1.5N m # CM0CF.0N m /0 CMCF.0N m /0 Catalog Numbers Amps Mounting Edison Catalog Numbers Front CM0CF 30 Front/-pole xcm0cf Back CM0CF + off 0BS Front/Back CM0CF _ 1 off 0BS Front CM30CF 30 Back CM30CF + off 30BS Front/Back CM30CF + 1 off 30BS Front CM0CF 0 Back CM0CF + of 0/BS Front/Back CM0CF + 1 of 0/BS Front CMCF * Back CMCF + of 0/BS Front/Back CMCF + 1 or 0/BS *Uses compact Edison fuses. CAMaster Ratings Fuse Rating Details Reference Accommodated For 30 Amp HRCI-CA CM0CF --CIF1 s 30 Amp For CM30CF ---H07C 0 Amp HRCII CM0CF ---KO7C Amp s CMCF ---K07CR Accessories for CAMaster Units Fuse Rating Details Reference Accommodated 30 Amp 0BS For CM0CF 30 Amp Back Stud 3BS For CM30CF 0/ Amp 0/BS For CM0/CF All 0V Neon Indicator NI 30 Amp Security 0LSC For CM0CF 30 Amp Carrier 3LSC For CM30CF 0/ Amp with Clip. 3/LSC For CM0/CF 30 Amp 0CML For CM0CF 30 Amp Solid Link 3CML For CM30CF 0/ Amp 3/CML For CM0/CF 105

110 CAMaster HRC Fuse Holders 1 3 Figure. Unique Conversion Capability Unique Conversion Capability The standard fuse holders can be readily converted from front connection to front/back stud and double-back stud connection types at the point of use. This is achieved with a unique back stud accessory and the use of a screwdriver. See conversion sequence in Fig.. Steps 1, and 3 show removal of ferrule end and insertion of back stud accessory to give the front/back stud connection type. This sequence repeated at the opposite end gives the double-back stud connection type shown in step. Unique Cable Termination The fuse holder s unique cable terminations are designed for user convenience and to ensure long-term reliability. They incorporate stainless steel saddles and hardened termination screws, maintaining permanent cable clamping to profiled contact plates. The main electrical contact path between the cable and fuse link tag is shown highlighted. This permits the use of high tightening torques without damage to cables or threads and provides resistance to high cable pull out forces. (See Fig. 3.) The fuse holders are supplied with Figure 3. Unique Cable Termination the hardened termination screws backed out ready for cable insertion, saving installation time. Hinged Captive Screws The fuse fixing screws to fuse carrier are held in captive hinges providing ease of fixing and preventing loss during installation. (See Fig..) Figure. Hinged Captive Screws Two/Three Pole Ganging The unique design of the carriers allows ganging to be readily achieved by the use of standard accessories. This provides improved safety related to isolation and protection of -Pole and 3-Pole electrical circuits by ensuring that the correctly related poles are removed at the same time. (See Fig. 5.) Dual Mounting Capability Figure 5. Two/Three-Pole Ganging. The design as standard provides both bolted panel and DIN-Rail mounting features. The DIN-Rail mounting facility for each of the various dimensioned ratings is so designed as to give equal height and depth above the DIN-Rail. Hinged Internal Shields Non-removable full shrouding of live parts within the fuse base is provided by the use of hinged shields. The positive captive nature of these ensures that they cannot be omitted during installation and are so designed that insertion of the fuse carrier can only be made with them correctly positioned. Neon Indicator Neon clip-in indicator accessories are available providing clear location and status of fuses which have opened. (See Fig..) Figure. Neon Indicators. Circuit Identification The fuse carrier has a marking label for ease of circuit identification. Strip Length Marking The length of cable insulation that should be stripped off is shown on the side of the fuse base. Cross Reference Amps Mounting Edison Old Brush GEC Fusetek Front CM0CF CIF15F CIF15A CRS15H MF0F 30 Front/-pole xcm0cf + GLP CRS15H Back CM0CF + off 0BS CIF15BS CIF15B Front/Back CM0CF _ 1 off 0BS CIF15FBS CIF15C Front CM30CF C30AF CCH30A C30H or CRS30H MF30F 30 Back CM30CF + off 30BS C0ABS CCH30B C30P MF30B Front/Back CM30CF + 1 off 30BS C30AFBS CCH30C C30PH MF30FB Front CM0CF C0BF CCK0A C0H or CRS0H MF0F 0 Back CM0CF + of 0/BS C0BBS CCK0B C0P MF0B Front/Back CM0CF + 1 of 0/BS C0FBS CCK0C C0PH MF0FB Front CMCF CCF CCLA CH or CRSH MFF * Back CMCF + of 0/BS CCBS CCLB CP MFB Front/Back CMCF + 1 or 0/BS CCFBS CCLC CPH MFFB *Edison uses compact fuse. 10

111 CAMaster HRC Fuse Holder Dimensions Dimensions - in (mm) Standard Front Connected Unit A D C E STRIP C L OF DIN RAIL Front/Back Stud and Double Back Stud Connected Units F B STRIP STRIP H øk G Rating Catalog Dimensions - in (mm) Amps Number Category A B C D E F G H J K 30 CM0CF HRCI-CA 1.0 (5.) 3.9 (93.7).3 (0) 0.13 (3.) 0. (17.5).0 ().9 (58) 1.13 (8.) 0.7 (11.9) M 30 CM30CF HRCII-C 1.5 (31.8).3 (117.5).3 (0) 0.13 (3.) 0.9 (17.5).0 ().9 (7) 1.13 (8.) 0.7 (11.9) M 0 CM0CF HRCII-C 1.0 (35.).93 (15).3 (0) 0.19 (.75) 0.5 (1.) 3.1 (8.5) 3.1 (79.8) 1.13 (8.) 0.7 (11.9) M8 CMCF HRCII-MISC 1.0 (35.).93 (15).3 (0) 0.19 (.75) 0.5 (1.) 3.1 (8.5) 3.1 (79.8) 1.13 (8.) 0.7 (11.9) M8 Panel Drilling Plans, Viewed from Front of Panel STRIP øj 1.1" 9.0mm 1.1" 9.0mm C L CM0CF 0." ø5.5mm C L 0.59" ø15.0mm C L 0." ø5.5mm 1." 37.0mm 1." 37.0mm 0.13" 3.mm 0.5".35mm CM30CF 0.5".35mm 0.13" 3.mm C L 0.75" ø19mm C L 0." ø5.5mm 1." 37.0mm 1." 1.0mm 0.13" 3.mm CM0 + CF 0.5".35mm 0.13" 3.mm C L 0.75" ø19mm 0.5".35mm 107

112 SAFE LOC HRC Fuse Holders For use with HRCI-CB Fuses. Suitable for Bolted Panel Mounting or DIN-Rail Mounting. Description SAFEloc fuse holders provide a simple range designed to accommodate the compact range of offset blade fuse to CSA C. No. 10, HRCI-CB. The combination offers significant savings in volume and cost as well as a reduction in fitting time and power loss. Features The fuse holders incorporate a unique slide/snap action carrier which eliminates the need for fuse carrier contacts. This provides positive, stress free fitting of fuse and locks the fuse in position ensuring safe insertion and withdrawal from the base. The resulting direct contact between fuse blades and the plated base contacts provides lower watts loss and increased reliability. The base contacts are fully shrouded to protect personnel from direct contact electric shock. The shrouds utilize simple slide/snap action allowing access to the contact terminal screws. They are semicaptive within the base, reducing the risk of loss during cabling. The fuse base, which consists of glass filled, high impact resistant thermoplastic polyester, incorporates a direct 35mm DIN-Rail mounting facility as well as single screw fixing. Tightening Torque To avoid a heat build up it is most important the cable terminal screws are screwed in tight and are holding the cable firmly. A tightening torque of.5 to.8 Newton meters (N m) or to 5lb-in is recommended. Catalog Numbers For use with HRCI-CB Fuses Edison Fuse Rating Connection Catalog Numbers Accommodated 30 Amp Front C30F Front-Back C30FBS CIF0 0 Amp Front C0F Back C0BS EK SAFEloc fuse holders provide an easy method of protecting a wide range of electrical equipment such as lighting, heating, motor and control equipment circuits, and offer significant savings on volume, cost, fitting time and power loss. Cross Reference Amps Mounting Edison GEC FUSETEK Front C30F CSC30H MD30F 30 Back C30BS CSC30P MD30B Front/Back C30FBS MD30FB Front C0F CSC0H 0 Back C0BS Front/Back C0FBS 108

113 SAFE LOC HRC Fuse Holders Dimensions - in (mm) Dimensions - in (mm) Series Max. Amps Number Cable mm A B C D E F G H J K 30 C (5.) 3.0 (7.) 1.83 (.5) 0.09 (.3) 0.3 (1.0) 1.5 (39.).7 (57.7) 0.7 (17.0) 0.38 (9.7) M 0 C (9.1) 3.55 (90.0).18 (55.0) 0.13 (3.3) 0.70 (17.7) 1.5 (39.).8 (7.9) 0.9 (17.5) 0.3 (11.0) M8 109

114 R-Rated for Motor Circuits voltage fuses for motor circuits offer the following user benefits: Performance complies with latest ANSI Standards Dramatic reduction in energy let-through Lower power dissipation Low arc voltage during operation Includes heavy duty striker to IEC 8-1 Advantages of Edison Motor Fuses During the full voltage starting of motors the fuse elements reach a considerably higher temperature than normally occurs under continuous operation. The resulting expansion and contraction of the fuse element can cause premature operation. The Edison motor circuit fuse incorporates provisions in the design of the element to minimize this effect and hence avoid the necessity of having to use a much larger size of fuse. Edison fuses operate very quickly on heavy fault currents. This results from the steepness of the time-current characteristic, which also facilitates coordination with the other components of the circuit. Lower power dissipation helps to ensure low temperature rise of, for example, multi-tier starters. Switching (arc) voltages are appreciably less than permitted values and fall with lower values of system voltage. Thus, the 5.5kV fuses are equally suitable for use in.8kv,.1kv and.kv circuits. The superior low-overcurrent breaking performance is of advantage whether or not the striker is used to open the contactor. R Rating The R-Rated motor circuit fuses should be selected to coordinate with the motor and controller to provide short-circuit protection. The actual R rating signifies a 0 second opening time at times the R rating of the fuse. For example: R fuse opens in 0 seconds at 00A. 1R fuse opens in 0 seconds at A. Motor Starting Procedure For any motor the fuse current rating is determined by magnitude and duration of starting current, except in a few situations where the starting conditions are very light. The fuse current rating should be selected as follows. Direct On-Line Starting In the absence of specific information the starting current can usually be taken to be six times the motor full load current. The starting time will depend on the type of drive but will be approximately as follows: Pump Motors - seconds Mill Motors - 10 to 15 seconds Fan Motors - 0 seconds These are average values and the appropriate figures for starting current and starting time for the actual installation should be obtained wherever possible. Multiply the starting current by 1. and using this value of current and the starting time (it is recommended that a minimum time of 8 seconds be adopted) plot this point on the minimum melting time-current characteristics of the fuses. The correct current rating of fuse is then chosen as being the one immediately to the right of the point so plotted. The chosen fuse must also have a current rating of at least 1.3 times the full-load current of the associated motor. The rating thus chosen will be adequate for normal applications where the associated motor is not started more than twice in any given period of one hour. For applications involving more frequent starting duties, a greater derating factor must be applied as shown in the following table. Derating Factor Maximum of starts per hour Derating factor The figures in the above table apply only when the Minimum Melting Time-Current Characteristic Curve is used. For applications involving more frequent starting duty than 1 times per hour or where unusual duty cycles are involved consult Edison Customer Satisfaction for advice. Assisted Starting A similar method of fuse selection may be used as for direct-on-line starting (see above) but it must be noted that the normal running current of the motor is likely to be closer in value to the nominal current rating of the fuse than for direct-on-line applications. The rating of fuse chosen will need to be appreciably greater than the motor running current to allow for restricted cooling inside control gear cubicles, particularly where multi-tier starters are involved. In case of doubt refer to Edison Customer Satisfaction for further guidance. 110

115 R-Rated For Motor Circuits R-Rated Fuses for Motor Circuit Protection JCG, JCH, JCK, JCK-A, JCK-B, JCL, JCL-A, JCL-B, JCR-A, & JCR-B Specifications Description: Indoor/enclosure R-Rated medium voltage, current-limiting fuses for motor circuit protection. Dimensions: See Dimensions illustrations. Ratings: Volts:.-7.kV (See Catalog Numbers table for details) Amps: 5-50A (See Catalog Numbers table for details) IR: 50kA Sym 80kA ASYM See Catalog Numbers table for details Dimensions - mm (in) Figure 1 Agency Information: UL Recognized: 50Vac JCK, JCK-A, 5080Vac JCL, JCL-A, UL Recognized (Guide #MSSS, File #E97). Features and Benefits Physically dimensioned for retrofitting in existing hardware Open fuse indicator for ease in troubleshooting Available with optional Cutler Hammer hookeye for ease of insertion and removal Classified as back-up fuses for current-limited protection of medium voltage motor controllers Typical s Voltage Motor Controllers INDICATOR Showing Fuse is Open C Figure A INDICATOR Showing Fuse is Open 0.38" (9.5mm) B Figure 3 111

116 R-Rated for Motor Circuits R-Rated Fuses for Motor Circuit Protection Catalog Numbers: R-Rated; Indoor/Enclosure Catalog Amp Maximum Dimensions - in (mm)* Max Int. Cap. Amps Min Int. Cap. Numbers Ratings Design Voltage A B C Construction Amps (Asym.) (Sym.) Amps (Sym.) 00V (See Figure 1) JCK-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-3R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 0 JCK-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-5R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-9R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-1R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-18R (85.5) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,30 JCK-R (85.5) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,880 00V With Westinghouse Ampguard Hookeye (See Figure 1) JCK-A-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-3R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 0 JCK-A-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-5R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-9R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-1R (85.5) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCK-A-18R (85.5) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,30 JCK-A-R (85.5) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,880 00V Bolt-On (See Figures & 3) JCK-B (30.) 1.81 (35.) - Single 80,000 50, JCK-B-R (30.) 1.81 (35.) - Single 80,000 50, JCK-B-3R (30.) 1.81 (35.) - Single 80,000 50,000 5 JCK-B-R (30.) 1.81 (35.) - Single 80,000 50, JCK-B-5R (30.) 1.81 (35.) - Single 80,000 50, JCK-B-R (30.) 1.81 (35.) - Single 80,000 50, JCK-B-9R (30.) 1.81 (35.) - Single 80,000 50,000 1,000 JCK-B-1R (30.) 1.81 (35.) - Single 80,000 50,000 1,50 JCK-B-18R (30.) 1.81 (35.) 3.5 (90.) Double 80,000 50,000 1,700 JCK-B-R (30.) 1.81 (35.) 3.5 (90.) Double 80,000 50,000 1,10 00V Hermetically Sealed, For Use with Ampguard Motor Starters (See Figure 1) JCH (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCH-R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCH-3R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 5 JCH-R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCH-5R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCH-R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCH-9R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 1,000 JCH-1R (75.) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 1,50 JCH-18R (75.) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,700 JCH-R (75.) 3.0 (7.) 3.0 (7.) Double 80,000 50,000, 800V (See Figure 1) JCL-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-3R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 0 JCL-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-5R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-9R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-1R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-18R (00.3) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,30 JCL-R (00.3) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,880 See previous page Figure for single construction and Figure 3 for double construction information. Recommended fuseclips: see page 118-1A005, A335730, 9078A7G0. 11

117 R-Rated For Motor Circuits R-Rated Fuses for Motor Circuit Protection Catalog Numbers: R-Rated; Indoor/Enclosure Catalog Amp Maximum Dimensions - in (mm) Max Int. Cap. Amps Min Int. Cap. Numbers Ratings Design Voltage A B C Construction Amps (Asym. (Sym.) Amps (Sym.) 800V With Westinghouse Ampguard Hookeye (See Figure 1) JCL-A-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-3R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 0 JCL-A-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-5R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-9R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-1R (00.3) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCL-A-18R (00.3) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,30 JCL-A-R (00.3) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1, V Bolt-On (See Figures & 3) JCL-B (88.9) (5.1) - Single 80,000 50, JCL-B-R (88.9) (5.1) - Single 80,000 50, JCL-B-3R (88.9) (5.1) - Single 80,000 50, JCL-B-R (88.9) (5.1) - Single 80,000 50, JCL-B-5R (88.9) (5.1) - Single 80,000 50, JCL-B-R (88.9) (5.1) - Single 80,000 50, JCL-B-9R (88.9) (5.1) - Single 80,000 50, JCL-B-1R (88.9) (5.1) - Single 80,000 50,000 1,000 JCL-B-18R (88.9) (5.1) 3.31 (8.1) Double 80,000 50,000 1,50 JCL-B-R (88.9) (5.1) 3.31 (8.1) Double 80,000 50,000, V Hermetically Sealed, For Use with Ampguard Motor Starters (See Figure 1) JCG (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-3R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-5R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-9R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCG-1R (0.1) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 1,000 JCG-A-18R (0.1) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,50 JCG-A-R (0.1) 3.0 (7.) 3.0 (7.) Double 80,000 50,000, V With Ampguard Hookeye (See Figure 1) JCR-A-R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-3R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-5R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-9R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50, JCR-A-1R (0.) 3.0 (7.) 3.0 (7.) Single 80,000 50,000 1,000 JCR-A-18R (0.) 3.0 (7.) 3.0 (7.) Double 80,000 50,000 1,50 JCR-A-R (0.) 3.0 (7.) 3.0 (7.) Double 80,000 50,000, V Bolt-On (See Figures & 3) JCR-B-R (88.9) (5.1) - Single 80,000 50, JCR-B-3R (88.9) (5.1) - Single 80,000 50, JCR-B-R (88.9) (5.1) - Single 80,000 50, JCR-B-5R (88.9) (5.1) - Single 80,000 50, JCR-B-R (88.9) (5.1) - Single 80,000 50, JCR-B-9R (88.9) (5.1) - Single 80,000 50, JCR-B-1R (88.9) (5.1) - Single 80,000 50,000 1,000 JCR-B-18R (88.9) (5.1) 3.31 (8.1) Double 80,000 50,000 1,50 JCR-B-R (88.9) (5.1) 3.31 (8.1) Double 80,000 50,000,500 Recommended fuseclips: see page 118-1A005, A335730, 9078A7G0. 113

118 R-Rated For Motor Circuits for HV Motor Circuit Fuses The following table is a general guide only based on a number of assumptions regarding the motor duty application which are listed below. The application tables are based on the following assumptions: Motor Efficiency % Run Up Time Secs. Motor Power Factor Starting Method -- Full Voltage Starting Current x FLA Min. Fuse Size x FLA Starts/Hour Max of /Hour.kV.1kV.8kV FLA FUSE FLA FUSE FLA FUSE Hp Amps R Amps Amps R Amps Amps R Amps R 70 R R 70 1 R R 19 R R R 130 3R R R R 8 3R R R R R R R R 00 5 R 130 R R 30 R R R R 00 7 R R R R R R R R R 30 9R R R 30 1 R R R 30 R R R R R R R R R R R R R 00 3 R R R 00 5 R 50 R R R 50 R R 50 R R R R R R R R R R R 50 11

119 5.5kV E-Rated E-Rated Power Fuses Having Full Range Clearing Capability for Voltage Transformer Circuit Protection MV055 Specifications Description: E-rated medium, voltage current-limiting fuses for transformer and feeder protection. Dimensions: See Catalog Numbers table. Construction: Silver ribbon element surrounded by silica filler housed in a fiberglass tube and plated endcaps. An epoxy paint protects the fuse tube from the surrounding environment. Ratings: Volts: 5.5kV Amps: 5-50A IR: 50kA Sym. Max Agency Information: Meets E requirements per ANSI C37., Meets full range requirements per ANSI C37.0. Features and Benefits MV055 Standard clip center distance of 1 inches with and 3 inch barrel diameters for retrofitting in existing hardware Open fuse indicator for ease in troubleshooting Full range rating with 50KA Interrupting Rating Double pulsed at 90% of minimum I t to establish manufacturing reliability MV055 Typical s 5.0kV Transformer Primary Protection 5.0kV Feeder Circuit Protection 5.0kV Voltage Switches 5.0kV Metal-enclosed Switchgear 5.5kV Catalog Numbers Min Max Dimensions (in)* Catalog Amp Melt Clear Clip Numbers Rating I t I t Length Dia. Center Barrels MV055F1CAX5E 5 180,00 MV055F1CAX7E ,000 MV055F1CAX10E ,000 MV055F1CAX15E 15,070 11,000 MV055F1CAX0E 0,370 3,000 MV055F1CAX5E 5,50 31,000 MV055F1CAX30E 30 9,90 5,000 MV055F1CAX0E 0 9,90 5,000 MV055F1CAX50E 50 13,00 90,000 MV055F1CAX5E 5 30, ,000 MV055F1DAX10E , MV055F1DAX15E 15,070 1,000 1 MV055F1DAX0E 0,370 3,000 MV055F1DAX5E 5,50 31,000 MV055F1DAX30E 30 9,90 5, MV055F1DAX0E 0 9,90 5,000 MV055F1DAX50E 50 13,00 90,000 MV055F1DAX5E 5 30, ,000 MV055F1DAX80E 80 5,00 70,000 MV055F1DAXE 11,00 580,000 3 MV055F1DAX15E 15 17,00 00, MV055F1DAX150E ,700 78,000 MV055F1DAX175E 175 7,900 1,,000 MV055F1DAX00E 00 97,00 1,50,000 MV055FDAX50E 50 9,00,00, MV055FDAX300E ,800 3,19,000 MV055FDAX350E ,00,37,000 MV055FDAX00E 00 1,190,00,071,000 MV055FDAX50E 50 1,555,000 9,79,000 1 = 5.mm CROSS REFERENCE NEW EDISON OLD EDISON MERSEN (old/new) WESTINGHOUSE GE (old/new) MV055F1CAX A550X 1B/A055F1CORO MV055F1DAX 5.5FFNHA or K A550X 1F/A055F1DORO 151D978G01 thru G08 9F0FJDxxx/9FDCBxxx MV055F1DAX 5.5BFNHA 5HLExxxE 1 MV055FDAX 5.5BFNHK A550X 1/A055FDORO 151D978G11 thru G13 9F0GHC (50-00) 115

120 5.5kV E-Rated E-Rated for Transformer and Feeder Protection Time-Current Characteristics Min. Melt Time-Current Characteristics Total Clear 5A 7A 10A 15A 0A 5A 30A 0A 50A 5A AMP RATING 5A 7A 10A 15A 0A 5A 30A 0A 50A 5A AMP RATING TIME IN SECONDS 10 1 TIME IN SECONDS CURRENT IN AMPS CURRENT IN AMPS Dimensions - in MV055F1CAX10E to 5E.00" 0.38" 15.75" 1.7".03" 0.3" 1.5" 1.5" 1.00" Clip Center Position of Open Fuse Indicator After Operating 11

121 5.5kV E-Rated E-Rated for Transformer and Feeder Protection Time-Current Characteristics Min. Melt Time-Current Characteristics Total Clear A 15A 0A 5A 30A 0A 50A 5A 80A A 15A 150A 175A 00A 50A 300A 350A 00A 50A 10A 15A 0A 5A 30A 0A 50A 5A 80A A 15A 150A 175A 00A 50A 300A 350A 00A 50A TIME IN SECONDS 10 1 TIME IN SECONDS DOUBLE BARREL FUSE ASSY. SINGLE BARREL FUSE ASSY..1 DOUBLE BARREL FUSE ASSY. SINGLE BARREL FUSE ASSY CURRENT IN AMPERES CURRENT IN AMPERES Dimensions - in MV055F1DAX10E to 00E 3.00" 1.5" 0.38" 15.75" 1.7" 1.00" Clip Center.0" 0.3" 1.5" Position of Open Fuse Indicator After Operating MV055FDAX50E to 50E 117

122 MAXIMUM LET-THRU (Peak Kiloamperes) 5.5kV E-Rated E-Rated for Transformer and Feeder Protection Maximum Peak Let-Through Current Curves 10 1 A 350A 150A AVAILABLE CURRENT IN KILOAMPERES (RMS Symmetrical) B 50A 00A 300A 50A 00A 175A 15A A 80A 5A 50A 0A 30A 5A 0A 15A 07&10A 05A Max. Peak Arc Voltage for E-Rated Full Range Power Fuse MAXIMUM PEAK ARC VOLTAGE (kv) CIRCUIT VOLTAGE (kv) 15 0 Recommended Fuse Clips for Part Fuse Clip Dimensions - in No. Diameter A B C D E F G A inches A inches Fuseclips are for single barrel applications only. C B A D G F E 1A005 3 Diameter Clip DIN Fuseclip A 0.99" 5.0mm 9078A7G0 3 Diameter Clip.0" 103mm A 0.3" 10.8mm Cup assemblies per package. Dimensions shown are for reference only. 118

123 15.5kV E-Rated E-Rated Power Fuses Having Full Range Clearing Capability for Voltage Transformer Circuit Protection MV155 Specifications Description: E-rated medium, voltage current-limiting fuses for transformer and feeder protection. Dimensions: See Catalog Numbers table. Construction: Silver ribbon element surrounded by silica filler housed in a fiberglass tube and plated endcaps. An epoxy paint protects the fuse tube from the surrounding environment. Ratings: Volts: 15.5kV Amps: 5-00A IR: 50kA Sym. Max Agency Information: Meets E requirements per ANSI C37., Meets full range requirements per ANSI C37.0. Features and Benefits MV155 Standard clip center distance of 15 and 18 inches with and 3 inch barrel diameters for retrofitting in existing hardware Open fuse indicator for ease in troubleshooting Full range rating with 50kA Interrupting Rating Double pulsed at 90% of minimum I t to establish manufacturing reliability MV155 Typical s 15.0kV Transformer Primary Protection 15.0kV Feeder Circuit Protection 15.0kV Voltage Switches 15.0kV Metal-enclosed Switchgear 15.5kV Catalog Numbers Min Max Dimensions* Catalog Amp Melt Clear Clip Numbers Rating I t I t Length Dia. Center Barrels MV155F1CBX5E 5 180, MV155F1CBX7E ,000 MV155F1CBX10E ,000 MV155F1CBX15E 15,070 1,000 1 MV155F1CBX0E 0,370 3,000 MV155F1CBX5E 5,50 31,000 MV155F1CBX30E 30 9,90 5,000 MV155F1DBX10E , MV155F1DBX15E 15,070 1,000 1 MV155F1DBX0E 0,370 3,000 MV155F1DBX5E 5,50 31, MV155F1DBX30E 30 9,90 5,000 MV155F1DBX0E 0 9,90 5,000 MV155F1DBX50E 50 13,00 90,000 MV155F1DBX5E 5 30, ,000 MV155F1DBX80E 80 5,00 70,000 MV155F1DBXE 11,00 00,000 MV155FDBX15E 15 13,000 77, MV155FDBX150E ,700 1,87,000 MV155FDBX175E ,700 1,89,000 MV155FDBX00E 00 5,,05,000 MV155F1DCX5E 5 30, , MV155F1DCX80E 80 5,00 70,000 1 MV155F1DCXE 11,00 00,000 MV155FDCX15E 15 13,000 77, MV155FDCX150E ,700 1,87,000 MV155FDCX175E ,700 1,89,000 MV155FDCX00E 00 5,,05,000 *1 = 5.mm. CROSS REFERENCE NEW EDISON OLD EDISON MERSEN (old/new) WESTINGHOUSE GE (old/new) MV155F1CBX A1550X 1B/A155F1CORO MV155F1DBX 15.5FFVHA A1550X 1F/A155F1DORO (10-50E) 15HLE xxxe 9F0FMH/9FDDD MV155FDBX 15.5FFVHK MV155F1DCX A1550X 1D/A155F1DORO (5-E) MV155FDCX A1550X 1D/A155FDORO (15-00E) 119

124 15.5kV E-Rated E-Rated for Transformer and Feeder Protection Time-Current Characteristics Min. Melt Time-Current Characteristics Total Clear 5A 7A 10A 15A 0A 5A 30A AMP RATING 5A 7A 10A 15A 0A 5A 30A AMP RATING TIME IN SECONDS 10 1 TIME IN SECONDS CURRENT IN AMPS CURRENT IN AMPS Dimensions - in MV155F1CBX5E to 30E.00" 1.5" 0.38" 18.75" 17.7" 15.00" Clip Center.03" 0.3" 1.5" Position of Open Fuse Indicator After Operation 10

125 15.5kV E-Rated E-Rated for Transformer and Feeder Protection Time-Current Characteristics Min. Melt Time-Current Characteristics Total Clear 0 10A 15A 0A 5A 30A 0A 50A 5A 80A A 15A 150A 175A 00A 0 10A 15A 0A 5A 30A 0A 50A 5A 80A A 15A 150A 175A 00A TIME IN SECONDS TIME IN SECONDS DOUBLE BARREL FUSE ASSY. SINGLE BARREL FUSE ASSY. 0 CURRENT IN AMPERES DOUBLE BARREL FUSE ASSY. SINGLE BARREL FUSE ASSY. CURRENT IN AMPERES Dimensions - in MV155F1DBX10E to E 0.38" 18.75" 17.7".0" 0.3" MV155F1DCX5E to E 0.38" 1.75" 0.7".0" 0.3" 3.00" 1.5" 15.00" Clip Center MV155FDBX15E to 00E 1.5" Position of Open Fuse Indicator After Operating 3.00" 1.5" 18.00" Clip Center MV155FDCX15E to 00E 3.38" 1.5" Position of Open Fuse Indicator After Operating 11

126 15.5kV E-Rated E-Rated for Transformer and Feeder Protection Max. Peak Let-through Current Curves Maximum Peak Arc Voltage for E-Rated Full Range Power Fuse B 00A 175A 150A 15A A 80A 5A 50 0 MAXIMUM LET-THROUGH (Peak Kiloamperes) 10 1 A AVAILABLE CURRENT IN KILOAMPERES (RMS Symmetrical) 50A 30&0A 5A 0A 15A 07&10A 05A MAXIMUM PEAK ARC VOLTAGE (kv) Recommended Fuse Clips for CIRCUIT VOLTAGE (kv) 15 0 Part Fuse Clip Dimensions - in No. Diameter A B C D E F G A inches A inches Fuseclips are for single barrel applications only. C B A D G F E 1A005 3 Diameter Clip DIN Fuseclip A 0.99" 5.0mm 9078A7G0 3 Diameter Clip.0" 103mm A 0.3" 10.8mm Cup assemblies per package. Dimensions shown are for reference only. 1

127 3.kV 38kV Potential Transformer Fuses AB, AM and CAV Specifications Description: Indicating and non-indicating E-Rated medium voltage, current-limiting fuses for potential and small power transformers. Dimensions: See Catalog Numbers table. Dimension Illustration on the following page Ratings: Volts: kV Amps: A IR: 0kA-80kA Sym. See Catalog Numbers table for details Features and Benefits Sized for retrofitting in existing hardware Space saving size Typical s Primary protection of medium voltage potential transformers Primary protection of small medium voltage service transformers Primary protection of small medium voltage control transformers Catalog Numbers: E-Rated PT Fuses, Indicating & Non-Indicating 3.kV; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 3.CAV 3.kV 50kA 8. (0) 1.3 (1.3) 7. (189.8) 1A ABWNA kV 50kA 5. (1.) 1 (5.). (11.) A ABWNA kV 50kA 5. (1.) 1 (5.). (11.) A ABCNA kV 50kA 7.9 (195.3) 1 (5.).51 (15.3) A ABCNA kV 50kA 7.9 (195.3) 1 (5.).51 (15.3) A ABCNA kV 50kA 7.9 (195.3) 1 (5.).51 (15.3) A kV; E-Rated PT Fuse; Indicating & Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 5.5CAVH0.5E kV 3kA (187.3) 1.3 (1.3).18 (15.8) 1A CAVH1E 1 5.5kV 3kA (187.3) 1.3 (1.3).18 (15.8) 1A CAVHE 5.5kV 3kA (187.3) 1.3 (1.3).18 (15.8) 1A CAV15E kV 3kA (187.3) 1.3 (1.3).18 (15.8) 1A ABWNA0.5E kV 50kA 5. (1.) 1 (5.). (11.) A ABWNA1E 1 5.5kV 50kA 5. (1.) 1 (5.). (11.) A ABWNAE 5.5kV 50kA 5. (1.) 1 (5.). (11.) A ABWNA3E 3 5.5kV 50kA 5. (1.) 1 (5.). (11.) A ABWNA5E 5 5.5kV 50kA 5. (1.) 1 (5.). (11.) A AMWNA0.5E kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA1.0E 1 5.5kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA.0E 5.5kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA3.0E 3 5.5kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA.0E 5.5kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA5.0E 5 5.5kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A1837 Type CAVH are fitted with a striker pin for indication 7.kV; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 7.CAV 7.kV 3kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV 7.kV 3kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV 7.kV 3kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV kV 3kA 8. (0) 1.3 (1.3) 7. (189.8) 1A ABWNA kV 5kA 5. (1.) 1 (5.). (11.) A ABWNA kV 5kA 5. (1.) 1 (5.). (11.) A ABCNA kV 5kA 7.9 (195.3) 1 (5.).51 (15.3) A ABCNA kV 5kA 7.9 (195.3) 1 (5.).51 (15.3) A AMWNA0.5E kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA1.0E 1 7.kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA.0E 7.kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA3.0E 3 7.kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA.0E 7.kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A AMWNA5.0E 5 7.kV 50kA 5. (1.) 0.81 (0.).79 (11.) 1A

128 3.kV 38kV Potential Transformer Fuses Dimension Illustration Length Clip Centers Diameter Fuseclips 0.8" 17.3mm 0.5" 1.7mm 1" 5.mm 0.1" 5.3mmø 0.3" 8.mm 1.37" 3.8mm Part No. A For 1 diameter potential transformer fuses. Catalog Numbers: E-Rated PT Fuses, Indicating & Non-Indicating 1kV; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 1CAV 1kV 0kA 8. (0) 1.3 (1.3) 7. (189.8) 1A0835 1ABCNA kV 5kA 7.9 (195.3) 1 (5.).51 (15.3) A kV; E-Rated PT Fuse; Indicating & Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 15.5CAV(H)0.5E kV 80kA 1.87 ( (1.3) 1. (30.5) 1A CAV(H)1E kV 80kA 1.87 ( (1.3) 1. (30.5) 1A CAV(H)E 15.5kV 80kA 1.87 ( (1.3) 1. (30.5) 1A CAV3E kV 80kA 1.87 ( (1.3) 1. (30.5) 1A CAV5E kV 80kA 1.87 ( (1.3) 1. (30.5) 1A CAV7E kV 80kA 1.87 ( (1.3) 1. (30.5) 1A0835 Type CAVH are fitted with a striker pin for indication 17.5kV; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 17.5CAV 17.5kV 0kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV 17.5kV 0kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV 17.5kV 0kA 8. (0) 1.3 (1.3) 7. (189.8) 1A CAV kV 0kA 8. (0) 1.3 (1.3) 7. (189.8) 1A ABGNA kV 35kA 1.13 (358.9) 1 (5.) 1.95 (38.9) A kv; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) CAV kv 0kA (30.1) 1.3 (1.3) 1.19 (309.) 1A0835 CAV3 3 kv 0kA (30.1) 1.3 (1.3) 1.19 (309.) 1A0835 CAV kv 0kA (30.1) 1.3 (1.3) 1.19 (309.) 1A0835 ABGNA kv 5kA 1.13 (358.9) 1 (5.) 1.95 (38.9) A kV; E-Rated PT Fuse; Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 3CAV 3kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A0835 3CAV 3kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A0835 3ABGNA kV 31.5kA 1.13 (358.9) 1 (5.) 1.95 (38.9) A kV; E-Rated PT Fuse; Indicating & Non-indicating Catalog Amp Rated Dimensions Spare Parts Number Rating Voltage IR RMS Sym. Length Diameter Clip Centers (Clips) 38CAVH0.5E kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A CAVH1E 1 38kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A CAVHE 38kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A CAVE 38kV 0kA 17.3 (39.9) 1.3 (1.3) 1.1 (09.) 1A0835 1

129 3.kV 38kV Potential Transformer Fuses Time-Current Curves 5.5kV ABWNA 5.5kV AMWNA E 1E E 1E TIME IN SECONDS RMS SYMMETRICAL CURRENT IN AMPS 80 E 3E E 5E 00 TIME IN SECONDS RMS SYMMETRICAL CURRENT IN AMPS 80 E 3E 5E 00 15

130 3.kV 3kV High Voltage DIN Distribution Fuses DIN Dimension Fuses To Specification DIN 3.5 This product group covers current limiting fuses with dimensions to DIN 3.5 and performance in compliance with IEC 8-1. Advantages of Edison High Voltage Current - Limiting Fuses The low power dissipation of Edison fuses ensures low temperature rise of switchgear in which they are incorporated. The elements use the M (metallurgical) effect, similar to that used in low voltage fuses. This ensures that, with melting on long time overloads, excessive temperatures are not reached and damage to switchgear components, such as epoxy encapsulating enclosures, is thus prevented. Fuses that do not employ this feature are not only hotter running by comparison but also usually need to employ a higher current rating of fuse for the same service; thus an Edison 0A fuse is equivalent in terms of thermal performance to many other types of 3A rating. Edison fuses exhibit considerable limitation of current and I t under short-circuit conditions. The stress on circuit components is thereby minimized and the reduction of energy release at the fault reduces fire risks. Switching (arc) voltages are appreciably less than permitted values and fall with lower values of recovery voltage. The use of, for example, 1kV fuse on /7.kV systems is therefore permissible. Striker Characteristics The spring operated striker pin has a travel and energy output in compliance with the requirements of DIN 35 and IEC 8-1. Recommended Fuse Clips: Refer to page 130 in this catalog. Dimensions - Inches (mm) Diameter 1.77" 5.0mm For Diameter and Length Dimensions See Table Above Length 1.3" 3.0mm Striker In Operated Position 1.0".0mm 0.59" 15.0mm 1

131 3.kV 3kV High Voltage DIN Distribution Fuses Ratings and Dimensions kv Catalog Numbers Amp Ratings Dimensions - in (mm) Diameter x Length IR RMS Sym 3.ADOSJ(amp).3, 10, 1, 0, 5, 31.5, 0.00 x 7.5 (51 x 19) 3.WDOSJ(amp) 50, 3, 80,, x 7.5 (51 x 19) 3.WFOSJ(amp) 10, x 7.5 (7 x ADLSJ(amp) 5, 0.00 x (51 x 9) 50kA 3.WDLSJ(amp) 50, 3, 80,, x (51 x 9) 3.WFLSJ(amp) 10, x (7 X 9) 3.WKLSJ(amp) 50, 315, x (7 X 9) 7.TDLSJ(amp).3, 10, 1, 0, 5, 31.5, 0, 50, 3.00 x (51 x 9) 7. 7.TFLSJ(amp) 80,, 15, x (7 x 9) 0kA 7.WKMSJ(amp) 00, 5, 50, 315, x 17.1 (7 x ) 1TDLEJ(amp).3, 10, 1, 0, 5, 31.5, 0, 50, 3.00 x (51 x 9) 1 1THLEJ(amp) 80,.5 x ( x 9) 3kA 1TKLEJ(amp) x (7 x 9) 1TXLEJ(amp)* 10, x (88 x 9) 17.5TDLSJ(amp)*.3, 10, 1, 0, 5, 31.5, 0.00 x (51 x 9) 50kA 17.5TFLSJ(amp)* x (7 x 9) 35.5kA TDMEJ(amp).3, 10, 1, 0, 5, 31.5, 0, 50, 3.00 x 17.1 (51 x ) 17.5THMEJ(amp) 80,.5 x 17.1 ( x ) 50kA 17.5TKMEJ(amp) x 17.1 (7 x ) TDMEJ(amp).3, 10, 1, 0, 5, 31.5, 0, x 17.1 (51 x ) THMEJ(amp) 3.5 x 17.1 ( x ) 50kA TFMEJ(amp) 80, * x 17.1 (7 x ) TXMEJ(amp)* 15, x 17.1 (88 x ) 31.5kA 3TDQSJ(amp) ,.3, 10, 1, 0, 5.00 x 1.1 (51 x 537) 35.5kA 3 3TFQSJ(amp) 31.5, 0, x 1.1 (51 x 537) 3TXQEJ(amp)* 3 3. x 1.1 (88 x 537) 0kA *Not compliant with VDE 070, part IR RMS Sym is 3kA -IR RMS Sym is 0kA 3 -IR RMS Sym is 0kA For 3.kV Fuses: 3.ADOS 3.WDLS 3.WDOS 3.WFLS 3.ADLS 3.WKLS HOUR CURVES RELATE TO MEAN PRE-ARCING TIME WITH TOLERANCE ±10% ON CURRENT Time-Current Characteristics Average For 7.kV Fuses: 00 7.TDLSJ 7.TFLSJ 7.WKMSJ FUSE TYPES: TDL / TFL TIME- CURRENT CHARACTERISTIC FOR 7.kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT PRE - ARCING TIME IN SECONDS 3 10A.3A 3.15A* VIRTUAL PRE-ARCING TIME IN SECONDS A 15A A 80A 3A 50A 0A 31.5A 5A 0A 1A 10A.3A RMS SYMMETICAL PROSPECTIVE CURRENT IN AMPS * Curve valid for all 3.15A ratings shown in the selection table. Curve valid for all.3a ratings shown in the selection table R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS 17

132 3.kV 3kV High Voltage DIN Distribution Fuses For 1kV Fuses: 1TDLEJ 1TXLEJ 1THLEJ 1TKLEJ 00 0 FUSE TYPES: TDL/THL/TKL TIME- CURRENT CHARACTERISTIC FOR 1kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT Time-Current Characteristics Average 15A A 80A 00 0 FUSE TYPES: THM /TKM / TFM TIME- CURRENT CHARACTERISTIC FOR 1kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT 10A (TFM) 15A (TKM) A (THM) 3A VIRTUAL PRE-ARCING TIME IN SECONDS A 0A 31.5A 5A 0A 1A 10A.3A VIRTUAL PRE-ARCING TIME IN SECONDS R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS FUSE TYPES: TXL TIME- CURRENT CHARACTERISTIC FOR 1kV FUSE-LINKS 00 CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT 0 10A 00A R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS 18

133 3.kV 3kV High Voltage DIN Distribution Fuses For 17.5kV Fuses: 17.5TDLSJ 17.5THMEJ 17.5TFLSJ 17.5TKMEJ 17.5TDMEJ VIRTUAL PRE-ARCING TIME IN SECONDS FUSE TYPES: TDL TIME- CURRENT CHARACTERISTIC FOR 17.5kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT Time-Current Characteristics Average.3A R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS 10A 1A 0A 5A 31.5A 0A VIRTUAL PRE-ARCING TIME IN SECONDS FUSE TYPES: TDM/THM/TKM TIME- CURRENT CHARACTERISTIC FOR 17.5kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT 15A A 80A 3A 50A 0A 31.5A 5A 0A 1A 10A.3A 0 R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS FUSE TYPES: TFL TIME- CURRENT CHARACTERISTIC FOR 17.5kV FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT VIRTUAL PRE-ARCING TIME IN SECONDS A R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS 19

134 3.kV 3kV High Voltage DIN Distribution Fuses Average Time-Current Curves For -7.kV Fuses: TDMEJ TXMEJ THMEJ TFMEJ 00 FUSE TYPES: TDM/THM/TFM TIME- CURRENT CHARACTERISTIC FOR kv FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT DIN Fuseclips Suitable for use with all DIN HV fuses having 5mm end fittings. A 0.99" 5.0mm 0 80A 3A VIRTUAL PRE-ARCING TIME IN SECONDS A 0A 31.5A 5A 0A 1A 10A.3A.0" 103mm R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS Part No For Standard Duty (up to 00A) A 0.3" 10.8mm 00 FUSE TYPES: TFM/TXM TIME- CURRENT CHARACTERISTIC FOR kv FUSE-LINKS CURVES RELATE TO MEAN PRE_ARCING TIMES WITH A TOLERANCE OF ±10% ON CURRENT 0.38" 9.5mm 1.5" 38.1mm VIRTUAL PRE-ARCING TIME IN SECONDS A 15A 10A 1.19" 30.mm 1.77" 5.0mm.50" 11.3mm.5" 3.5mm 3.50" 88.9mm R.M.S. SYMMETRICAL PROSPECTIVE CURENT IN AMPS Part No. A33575 Heavy Duty 130

135 High Voltage DIN Distribution Fuses General Guide to the Selection of Fuses. For use in the Primary Circuit of Three-Phase Transformers Transformer 3-ph kva Fuse Reference and Rating in Amps Fuse kv 3.kV 7.kV 1kV 17.5kV kv System kv.kv.1kv.9kv 10kV 1.7kV 13.kV 13.8kV 15.5kV 0kV kv 5 ADLSJ 1 TDLSJ 10 TDLSJ.3 TDLEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 30 ADLSJ 1 TDLSJ 10 TDLSJ.3 TDLEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 0 ADLSJ 0 TDLSJ 1 TDLSJ 10 TDLEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 5 ADLSJ 0 TDLSJ 1 TDLSJ 10 TDLEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 3 ADLSJ 31.5 TDLSJ 0 TDLSJ 1 TDLEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ.3 TDMEJ.3 TDMEJ.3 TDMEJ.3 75 ADLSJ 0 TDLSJ 5 TDLSJ 1 TDLEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ.3 TDMEJ.3 ADLSJ 0 TDLSJ 5 TDLSJ 0 TDLEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ.3 11 ADLSJ 0 TDLSJ 31.5 TDLSJ 0 TDLEJ 1 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ.3 15 WDLSJ 50 TDLSJ 31.5 TDLSJ 5 TDLEJ 1 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ 10 TDMEJ WDLSJ 50 TDLSJ 0 TDLSJ 5 TDLEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 10 TDMEJ 10 TDMEJ WDLSJ 3 TDLSJ 50 TDLSJ 31.5 TDLEJ 0 TDMEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 10 TDMEJ 10 5 WDLSJ 80 TDLSJ 50 TDLSJ 0 TDLEJ 0 TDMEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 1 TDMEJ 10 TDMEJ WDLSJ TDLSJ 3 TDLSJ 0 TDLEJ 5 TDMEJ 0 TDMEJ 0 TDMEJ 0 TDMEJ 0 TDMEJ 1 TDMEJ WDLSJ 15 TDLSJ 80 TDLSJ 50 TDLEJ 31.5 TDMEJ 31.5 TDMEJ 5 TDMEJ 5 TDMEJ 0 TDMEJ 0 TDMEJ 0 50 WFLSJ 10 TFLSJ 80 TDLSJ 3 TDLEJ 0 TDMEJ 31.5 TDMEJ 31.5 TDMEJ 31.5 TDMEJ 5 TDMEJ 0 TDMEJ WFLSJ 10 TFLSJ TDLSJ 3 TDLEJ 0 TDMEJ 31.5 TDMEJ 31.5 TDMEJ 31.5 TDMEJ 31.5 TDMEJ 5 TDMEJ 0 00 WFLSJ 00 TFLSJ 15 TFLSJ 80 TDLEJ 50 TDMEJ 0 TDMEJ 0 TDMEJ 0 TDMEJ 31.5 TDMEJ 5 TDMEJ WKLSJ 50 TFLSJ 10 TFLSJ 80 TDLEJ 3 TDMEJ 50 TDMEJ 50 TDMEJ 0 TDMEJ 0 TDMEJ 31.5 TDMEJ 5 0 WKLSJ 315 WKMSJ 00 TFLSJ 15 THLEJ 80 TDMEJ 3 TDMEJ 3 TDMEJ 3 TDMEJ 50 TDMEJ 0 TDMEJ WKLSJ 00 WKMSJ 50 TSFLSJ 10 THLEJ TDMEJ 80 TDMEJ 80 TDMEJ 80 TDMEJ 3 TDMEJ 50 TDMEJ WKMSJ 315 TFLSJ 10 TKLEJ 15 TDMEJ TDMEJ TDMEJ 80 TDMEJ 80 THMEJ 3 TDMEJ WKMSJ 50 TKMEJ 15 TKMEJ 15 TKMEJ 15 TDMEJ 500 WKMSJ 315 TKMEJ 15 Selection of these fuses has been based on a compromise between the following: 1. The fuse should withstand transformer magnetizing inrush currents, taken as 1 times full load current for 0.1 second.. The fuse should coordinate with the highest rating of the secondary fuse likely to be used. 3. The fuse should operate reasonably quickly in the event of a transformer inter-turn fault or a fault in the secondary terminal zone of the transformer. NOTES: A. In general, the recommendations apply equally to the use of fuse in open air or in an encapsulated enclosure, since 1 and above dictate the use of a fuse current rating sufficiently above the transformer current rating to nullify any adverse thermal affect of encapsulation. However, if the transformer is subjected to long time overcurrents, a higher rate of fuse may be required. B. The above recommendations are not generally applicable to transformers feeding motor circuits with starting currents in excess of the rated current of the fuse. In this event, please consult your local Edison representative. C. Recommendations for other voltages are available on request. D. While the above recommendations give a good general guide, recommendations for specific cases will be sent on receipt of full details of the application. 131

136 Holders and Accessories Features and Benefits High SCCR rated, UL Listed Class CC holder with indicator option for 00Vac/dc UL Recognized midget and 10 x 38 holders Terminals rated for use with 75ºC or 90ºC wire, fine stranded wire, spade terminals and comb-bus bars. Use any higher temperature rated wire with appropriate derating Complete range of UL Listed and high SCCR rated 1- and 3-phase finger-safe comb-bus bars and power feed lugs Specifications Agency Information: UL File E30053 Guide IZLT Listed, IZLT Recognized CSA: File 735; EHM - Class 5-30, EHCC - Class 5-01 CCC GB13539 Ratings: 00V/30A (UL) 90V/3A (IEC) Wire Range: #18 to # (0.8 to 1.1mm ) Torque Ratings: 30 Lb-In (3. N m) maximum Flammability Ratings: UL 9V0, self-extinguishing Storage & Operating Temperature Range: -0ºC to +90ºC (indicating) -0ºC to +10ºC (non-indicating) Catalog Number Series & With Without Voltage & Agency Number Terminal SCCR Edison Size Indicator Indicator Current Markings of Poles Rating Rating Fuses EHM EHM1DIU EHM1DU UL 1 Solid, Stranded, 10x38 EHMDIU EHMDU 00V/30A; UR, IEC Fine Stranded, 00kA MCL, MOL, 09-, and IEC Spade Lug, rms sym MEQ, MEN EHM3DIU EHM3DU CSA Midget 90V/3A 3 Comb-Bus Bar, EHCC EHCC1DIU EHCC1DU 1 Single and Dual Wire; UL Class CC EHCCDIU EHCCDU 00kA EDCC, HCLR, UL, CSA 75ºC and 90ºC 00V/30A rms sym HCTR EHCC3DIU EHCC3DU 3 Cu wire 13

137 Holders and Accessories Features mm Lockout Feature in Fuse Carrier Hole for Wire Security Tag Optional Open Fuse Indicator Self-Extinguishing, UL 9V0 Rated Polyester Material Captive, Fully Backed Out Phil-Slot Screw Multi-Pole Ganging Use multi-pole connection kit part number EV-L to gang multiple poles together. One EV-L kit is sufficient to gang up to poles. Spade lug connection mm Wire Clamp Lug and open bus bar connection (# to #18) Removing Instructions 1. Press down on top of DIN-Rail Toolless Ganging of Multiple Poles Toolless DIN Rail Mounting Wire Strip Length Indicator. Rotate out on the bottom Dimensional Data - mm (in) [ 0.73 ] 1.83 [.3 ] 70 [.75 ] 5.5 [.07 ] 35 [ ] 17.5 [ 0.89 ] [.909 ] [ 3.75 ].58 [ 1.7 ] 5.83 [.080 ] 9 [ 0.35 ] 7.0 [ 0.7 ]

138 Holders and Accessories Features and Benefits Easily distribute power in single-phase or three-phase configurations Flexible cut-to-length solutions without compromising on the product s finger-safe features ka SCCR (Short Circuit Current Rating) when protected by a 00A Class J fuse Single-phase bus bars rated to 0Vdc and A in end-fed configuration (00A for center-fed configuration) Three-phase bus bars rated to 00Vac/dc and A in end-fed configuration Power feed terminals for single-phase and three-phase service Specifications Agency Information: UL508, File E Pitch: 17.8mm SCCR: 10kA (default) ka (with upstream Class J 00A fuses) Max Current: A (power feed from end) Max Voltage: 00Vac/dc (three phase) 0Vdc/00Vac (single phase) Selection Guide Part Voltage Amperage # of Wire Size Wire Torque Number Description Phase Rating (V) Rating (A) Poles (AWG) Type (LB-in) EB1PM3 Single-phase, 3-pole busbar Single 0 3 N/A N/A N/A EB1PM Single-phase, -pole busbar Single 0 N/A N/A N/A EB1PM9 Single-phase, 9-pole busbar Single 0 9 N/A N/A N/A EB1PM1 Single-phase, 1-pole busbar Single 0 1 N/A N/A N/A EB1PM15 Single-phase, 15-pole busbar Single 0 15 N/A N/A N/A EB1PM57 Single-phase, 57-pole busbar Single 0 57 N/A N/A N/A EB3PM3 Three-phase, 3-pole busbar Three 00 3 N/A N/A N/A EB3PM Three-phase, -pole busbar Three 00 N/A N/A N/A EB3PM9 Three-phase, 3-pole busbar Three 00 9 N/A N/A N/A EB3PM1 Three-phase, 1-pole busbar Three 00 1 N/A N/A N/A EB3PM15 Three-phase, 15-pole busbar Three N/A N/A N/A EB3PM57 Three-phase, 57-pole busbar Three N/A N/A N/A EECAP1P Single-phase, busbar end cap N/A N/A N/A N/A N/A N/A N/A EECAPMP Three-phase, busbar end cap N/A N/A N/A N/A N/A N/A N/A EFSCVR Open pin safety covers, 5-poles N/A N/A N/A 5 N/A N/A N/A EPWR35MM Three-phase, feeder terminal N/A N/A 1/0-10 CU 0ºC 50 EPWR50MM Direct feed, feeder terminal N/A N/A 1-1 CU 75ºC 35 EPWR1PLP Single-phase, feeder terminal N/A N/A 1/0-10 CU 0ºC 80 3

139 13,5 Holders and Accessories Typical Installation Example * EM; H ; ; :. ; HC?D7BI EC8 KI 7H ' E: KB7H KI ; " EB: ; HI Typical Dimensional Data Three-phase Single-phase 17, 8 5x17,8 = EECAP1P EECAPMP EFSCVR EPWR1PLP EPWR35MM EPWR50MM

140 Holders and Accessories Modular Knifeblade Fuse Blocks Class R, H(K), & J s up to 00 Amps Specifications Ratings: Volts: 50V, 00V Amps: 70-00A SCCR: 00kA (Class R & J) 10kA (Class H & K) Agency Information: Blocks: UL - Listed culus E1853 IZLT & IZLT7 CSA - Certified Covers: UL - Listed UL E5883 JDVS CSA - Certified Flammability Ratings: Blocks: UL 9V0, self-extinguishing Covers: UL 9HB, self-extinguishing Operating & Storage Temperature Range: Blocks -0ºC to 10ºC Covers non-indicating covers -0ºC to 10ºC indicating covers -0ºC to 90ºC Materials: Base Thermoplastic Box Lug Tin-plated aluminum Wire:* Cu/Al 75ºC/90ºC ( - 00A) Cu/Al 75ºC only (00-00A)** *Higher temperature rated wire can be used with appropriate derating. **00A Class J double box lug rated for 75ºC/90ºC Cu/Al. Features and Benefits RZ#DJ; =H7B: EL; J7?BI 7 BEMI D7FF?D=JE=; J>; HCKBJ?FB; FEB; I 7JFE?DJE<KI ; <EH=H; 7J; H7FFB?97J?ED<B; N?8?B?JO R 79JEHO7I I ; C8B; : JME7D: J>H; ; FEB; 9ED<?=KH7J?EDI 7L7?B78B; R/ FJE<EKHCEKDJ?D=>EB; I F; HFEB;?D9H; 7I ;?DI J7 B7J?ED <B; N?8?B?JO R- J7D: 7H: F>7I ; 87HH?; HI 8; JM; ; DFEB; I <EH7: :?J?ED7B I 7<; JO R ; I?=DC; ; JI / &9H; ; F7D: 9B; 7H7D9; H; GK?H; C; DJI <EH#D: KI JH?7B EDJHEB?H9K?JI / & 7D: / & R JE 8BE9AI C; ; JJ>; >?=>; H/ &9H; ; F7D: 9B; 7H7D9; H; GK?H; C; DJI <EH#D: KI JH?7B* EM; H?I JH?8KJ?ED- J7D: 7H: I / & / & / & / & 7D: / & R) FJ?ED7B#* <?D=; HI 7<; 9EL; HI 7L7?B78B; ED; DJ?H; AD?<; 8B7: ; <KI ; 8BE9AFHE: K9JB?D; U"?=>9B7H?JOI ; ; J>HEK=>9EL; HI 7 BEM<EH?DI F; 9J?D= M?H; J; HC?D7J?EDI EHJ>; HCE=H7F>OC; 7I KH; C; DJI M?J>EKJH; CEL?D=9EL; H U* HE8; >EB; I?D9BK: ; : <EH; 7I OI 7<; HJ; I J?D=7D: JHEK8B; I >EEJ?D= U K?BJ?DBE9AEKJJ7=EKJ<; 7JKH;?CFHEL; I I 7<; JO R- J7D: 7H: <KI ; 9B?FH;?D<EH9?D=I FH?D=I ; D>7D9; ; B; 9JH?97B9EDJ79J Typical s R H?J?97BFEM; H<79JEHO7KJEC7J?EDH; D; M78B; ; D; H=O, " 0 8K?B:?D=; B; L7JEH 9EDJHEBI 8K?B:?D=; DJH7D9; FHE9; I I?D: KI JH?; I Scan this tag to get the latest product information for the Modular Knifeblade Fuse Blocks.

141 Holders and Accessories Modular Knifeblade Fuse Blocks Part Number Table 50V Class H(K) and R Catalog Number Covers* Fuse Range Number Wire Range Wire Range Torque Edison Class H(K) Class R w/o Indication w/ Indication Volts (amps) of Poles (solid and stranded)*** (fine stranded Cu) N m (Lb-In) Fuses HM5-1CR RM5-1CR AWG. (55) 70-1/0-3 AWG; () Cu - AWG - AWG 5. (50) Class H(K): HM5-CR RM5-CR CVR-RH-5 CVRI-RH-5 - AWG; () Cu 8 AWG 8 AWG 5.1 (5) KON 8 AWG; () Cu 10-1 AWG.5 (0) CDNC/PONC HM5-3CR RM5-3CR 3 Cu 10-1 AWG; Al 10-1 AWG.0 (35) HM500-1CR RM500-1CR MCM-1 AWG 3/0-1 AWG (375) HM500-CR RM500-CR CVR-RH-500 CVRI-RH AWG; () Cu - AWG - AWG 31 (75) HM500-3CR RM500-3CR 50 3 Class R: HM500-1CR RM500-1CR 1 00kcmil 57 (500) ECNR HM500-CR RM500-CR CVR-RH-500 CVRI-RH kcmil- AWG N/A 51 (50) LENRK 00 () Cu 3/0 - AWG 57 (500) NCLR HM500-3CR RM500-3CR 3 () Al 3/0 - AWG 3 (300) HM500-1CR RM500-1CR 50-1 HM500-CR RM500-CR CVR-RH-500 CVRI-RH () 500kcmil- AWG N/A 51 (50) HM500-3CR RM500-3CR 3 HM0-1CR RM0-1CR AWG. (55) HM0-CR RM0-CR CVR-RH-0 CVRI-RH-0 1/0-3 AWG; () Cu - AWG - AWG 5. (50) Class H(K): AWG; () Cu 8 AWG 8 AWG 5.1 (5) KOS HM0-3CR RM0-3CR 3 8 AWG; () Cu 10-1 AWG.5 (0) CDSC Cu 10-1 AWG; Al 10-1 AWG.0 (35) HM000-1CR RM000-1CR MCM-1 AWG 3/0-1 AWG (375) HM000-CR RM000-CR CVR-RH-000 CVRI-RH AWG; () Cu - AWG - AWG 31 (75) HM000-3CR RM000-3CR 00 3 Class R: HM000-1CR RM000-1CR 1 00kcmil 57 (500) ECSR HM000-CR RM000-CR CVR-RH-000 CVRI-RH kcmil- AWG 51 (50) LESRK N/A 00 () Cu 3/0 - AWG 57 (500) SCLR HM000-3CR RM000-3CR 3 () Al 3/0 - AWG 3 (300) PVS-R HM000-1CR RM000-1CR 50-1 HM000-CR RM000-CR CVR-RH-000 CVRI-RH () 500kcmil- AWG N/A 51 (50) HM000-3CR RM000-3CR 3 *Covers sold serarately. Blown fuse indication requires 90 volts minimum and closed circuit to operate. **With easy ID blown fuse indication. ***Ratings for copper and aluminum wire except where otherwise noted. 00V Class H(K) and R

142 Holders and Accessories Modular Knifeblade Fuse Blocks Part Number Table (continued) Class J Catalog Number Covers* Fuse Range Number Wire Range Wire Range Torque Edison Class J w/o Indication w/ Indication Volts (amps) of Poles (solid and stranded)*** (fine stranded) N m (Lb-In) Fuses JM0-1CR AWG. (55) 1/0-3 AWG; () Cu - AWG - AWG 5. (50) JM0-CR CVR-J-0-M CVRI-J-0-M AWG; () Cu 8 AWG 8 AWG 5.1 (5) 8 AWG; () Cu 10-1 AWG.5 (0) JM0-3CR 3 Cu 10-1 AWG; Al 10-1 AWG.0 (35) JM000-1CR MCM-1 AWG 3/0-1 AWG (375) JM000-CR CVR-J-000-M CVRI-J-000-M 00 - AWG; () Cu - AWG - AWG 31 (75) JM000-3CR 3 JHL JM000-1CR kcmil 57 (500) JDL JM000-CR 500kcmil- AWG 51 (50) JFJ () Cu 3/0 - AWG 57 (500) JM000-3CR CVR-J-000-M CVRI-J-000-M () Al 3/0 - AWG N/A 3 (300) JM000-1MW 1 () 350kcmil-1 AWG (375) JM000-MW () AWG - AWG 51 (75) JM000-3MW 3 JM000-1CR 50-1 JM000-CR CVR-J-000 CVRI-J () 500kcmil- AWG N/A 51 (50) JM000-3CR 3 *Covers sold serarately. Blown fuse indication requires 90 volts minimum and closed circuit to operate. **With easyid blown fuse indication. ***Ratings for copper and aluminum wire except where otherwise noted. 00A Class J double box lug rated for 75 o C/90 o C Cu/Al. Double Box Lug Configurations Allows for ease of installation with smaller, more flexible wire Capable of achieving maximum current rating with parallel copper or aluminum wires Standard on all 00A blocks Optional on 00A Class J blocks Compatible with IP0 finger-safe covers For Class J 00A double box lug configuration, optional cover provides IP0 finger-safe protection for dual 350kcmil-300kcmil wires or one single 350kcmil- AWG wire. ) FJ?ED7B B7I I $0; HI?ED $' 5' 1 B 0; HI?EDI

143 Holders and Accessories 50V Class R & H(K) Dimensional Specifications Dimensions - mm (in) 70- A A 5-00A 50-00A

144 Holders and Accessories 00V Class R & H(K) Dimensional Specifications Dimensions - mm (in) 70- A A 5-00A 50-00A

145 Holders and Accessories Class J Dimensional Specifications Dimensions - mm (in) 70- A A 5-00A Optional Lug 50-00A Standard Lug

146 Holders and Accessories FD Product description: New Class J fuse block features power distribution capability. This patented design simplifies your panel layout and uses up to 50% less panel space. Additionally, it lowers inventory costs while reducing installation time and labor by 33%. Furthermore, this design uses fewer wire connections, reducing watts loss and overall operating temperature when compared with traditional fuse block/power distribution block solutions. Catalog symbol: JM0 -_MW_ Fuse Class: Class J Ratings: Volts - 00V Amps A Withstand - 00kA Sym RMS Agency information: Blocks: - UL Recognized E1853 IZLT - CSA Certified Covers: - UL Listed UL E5883 JDVS Poles: 1-, -, 3-pole Flammability ratings: Blocks: - UL 9V0, self-extinguishing Covers: - UL 9HB, self-extinguishing Operating and storage temperature range: Blocks: -0 C to +10 C Covers: - Non-indicating -0 C to +10 C - Indicating -0 C to +90 C Materials: Base: - Thermoplastic Terminals: - Tin-plated aluminum Features and benefits: Combination power distribution block and fuse block reduces wire connections and total panel components, using 50% less panel space and reducing installation time and labor by 33%. A 00kA withstand rating helps achieve a higher assembly short-circuit current rating (SCCR) for compliance with NEC sections , (), 09., 0.(B), 70.3(A)() and Optional see-through cover enhances safety with IP0 finger-safe protection, lockout/ tagout capability and open circuit indication. Wire: 75 C CU/AL* * Conductors with higher temperature rating may be used, but at their 75 C ampacity. Accessories: Optional IP0 finger-safe covers in indicating and nonindicating versions. Order one for each pole. Recommended fuses (order separately): Time-delay Class J Low-Peak (see Data Sheet # 7) - Indicating LPJ-_(amp)SPI - Non-indicating LPJ-_(amp)SP Fast-acting Class J Limitron (see Data Sheet # 107) - Non-indicating JKS-(amp) High Speed Class J DFJ Drive Fuses (see Data Sheet # 108) Bussmann power distribution fuse blocks are available preassembled into 1-, - and 3-pole versions. Individual blocks can be dovetailed together to achieve the desired number of poles. Use of covers requires ordering separately one cover for each pole.

147 Holders and Accessories Part Number Optional Covers Volts (V) Fuse Range Poles Conductors Lineside Torque AWG; N m (Lb-In) Conductors Loadside Torque AWG; N m (Lb-In) JM0-1MW1 JM0-MW1 JM0-3MW1 JM000-1MW1 JM000-MW1 JM000-3MW1 CVR-J-0-M CVRI-J-0-M* CVR-J-000-M CVRI-J-000-M* A A (1) 1/0-1 CU/AL (1) 50kcmil- CU/AL 1/0-1; 5. (50) -; 5.0 (5) 8;.5 (0) 10-1;.0 (35) 50kcmil-1; (375) () -; 31 (75) () -1 CU, -8 AL (8)**10-1 CU () -1 CU, -8 AL (1)**10-1 CU -;.0 (35) 8;.8 (5) 10-1;.3 (0) () 10-1; 3. (30) -;.0 (35) 8;.8 (5) 10-1;.3 (0) () 10-1; 3. (30) -3; 5. (50) JM000-1MW1 JM000-MW1 JM000-3MW1 JM000-1MW JM000-MW JM000-3MW CVR-J-000-M CVRI-J-000-M* A (1) 00kcmil- CU/AL () 350kcmil- CU/AL 00kcmil-; 57 (500) 500kcmil; 51 (50) () 3/0-; 57 (500) CU 3 (300) AL () 350kcmil-1; (375) () -; 31 (75) () -1 CU, -8 AL (1)**8-1 CU, 8 AL () -1 CU, -8 AL (1)**8-1 CU, 8 AL -; 5.0 (5) 8;.5 (0) () 8;.5 (0) 10-1;.0 (35) () 10-1;.5 (0) -3; 5. (50) -; 5.0 (5) 8;.5 (0) () 8;.5 (0) 10-1;.0 (35) () 10-1;.5 (0) * With open fuse indication. 90V minimum and closed circuit required for illumination. ** Dual wire rated lugs with same wire size. Copper conductor only. Lineside dual box lug. Dual wire not for CSA installations A Block Mounting Holes ØN A B C ØN ØO M ØO M D L L J F J K I E H G Block Size A B C D E F G H I J K L M ØN ØO A 00A 00A in mm in mm in mm

148 Holders and Accessories 3C * C:D E=@8%F> 3C) ) * C:D =DD "?5) FD =@<D * C:D EHKI ; M?J> B7I I " 7D: % KI ; I :?I ED%) ( 7D:, ( " :?I ED%) - 7D:, - " ) ) * C:D EHKI ; M?J> B7I I, KI ; I :?I ED& (, %7D: (,, :?I ED& -, %7D: >; HCEFB7I J?9/ & B7CC78?B?JO 0 > A) E:?8D E:?8D " 079" 079: 9, 079, 079 8?J AAC@G=D / &&?I J; :! K?: ; #&.?B; - B7I I?B; Class H Fuseblocks (50V) Catalog Data (For Use With KON, ERN, PONC, and CDNC Fuses) Terminal Type (Suffix No.) Screw Box Lug w/ Clip with Pressure Plate Clip with 0.5 = Catalog Reinforced Pressure & Clip with Reinforced Copper Quick Figure Wire Amps Poles Number Spring Plate Reinforced Spring Spring Only Connect Number Range H S SR P PR C CR Q 1 C, CR #-1 CU, #-1 AL to H5030- S SR P PR C CR P, PR #10-18 CU ONLY 30 3 H S SR P PR C CR 3 Q N/A S, SR #10-18 CU ONLY 31 1 H500-1 C CR CO to H500- C CR CO 5 C, CR #-1 CU, #-8 AL 0 3 H500-3 C CR CO CO #-1 CU ONLY 1 1 H5-1 SR CR 7 CR #1/0-8 CU/AL to H5- SR CR 8 SR #8W/ Ring Terminal 3 H5-3 SR CR 9

149 Holders and Accessories Class R Fuseblocks (50V) Catalog Data (For Use With ECNR, LENRK, and NCLR Fuses) Terminal Type (Suffix No.) Screw w/ Box Lug w/ 0.5 Catalog Pres. Clip Quick- Fig. Wire Amps Number Plate Cu Only Connect No. Range R SR PR CR COR QR* 1 COR #-1 CU ONLY to R5030- SR PR CR COR CR #-1 CU, #-1 AL 30 3 R SR PR CR COR 3 PR #10-18 CU ONLY QR N/A SR #10-18 CU ONLY 31 1 R500-1 CR to R500- CR 5 CR #-1 CU, #-8 AL 0 3 R500-3 CR 1 1 R5-1 CR 7 to R5- CR 8 CR 1/0-8 CU/AL 3 R5-3 CR 9 *UL Recognized, No CSA Certification. Poles Dimensions in 50V 1 10 to 30A 1.1" 0.".05" 1.09" 1.5" 0.17" 0.75" 0.1" 0.95" 0.5" 3".5" SPACES AT 0.95" " 1.7" 3.03" 0.5" 0." DIAMETER 0.55" 1.5" FIGURE 1. FIGURE. FIGURE " 50V, 31A to 0A x x x G V, 1A to A.0" 1.81" 0.5" 0." FIGURE. FIGURE 5. FIGURE. 0.59" 3.38".9" 1.5" 0.59" 1.5" 1.5" 0." 0." 0.8" DIA. x 0.5" C'BORE 7.3" FIGURE 7. FIGURE 8. FIGURE ".38".15"

150 Holders and Accessories Class H Fuseblocks (00V) Catalog Data (For Use With KOS, ERS, and CDSC Fuses) Terminal Type (Suffix No.) Amps Poles Catalog Number Clip with Reinforced Spring Screw Box Lug w/ Pressure Plate Pressure Plate & Clip with Reinforced Spring Clip with Reinforced Spring H S SR P PR C CR 1 to H0030- S SR P PR C CR 30 3 H S SR P PR C CR H000-1 C CR C, CR #-1 CU, #-1 AL P, PR, S, SR #10-18 CU ONLY to H000- C CR 5 C, CR #-1 CU, #-8 AL 0 3 H000-3 C CR 1 1 H0-1 CR 7 to H0- CR 8 CR #1/0-8 CU/AL 3 H0-3 CR 9 Figure Number Wire Range Class R Fuseblocks (00V) Catalog Data (For Use With LESRK, ECSR, and SCLR Fuses) Terminal Type (Suffix No.) Screw w/ Box Lug w/ Catalog Pres. Clip Fig. Wire Amps Number Plate Cu Only No. Range R SR PR CR 1 COR #-1 CU ONLY to R0030- SR PR CR COR CR #-1 CU, #-1 AL 30 3 R SR PR CR COR 3 PR, SR #10-18 CU ONLY 31 1 R000-1 CR to R000- CR 5 CR #-1 CU, #-8 AL 0 3 R000-3 CR Poles 1 1 R0-1 CR 7 to R0- CR 8 CR, 1/0-8 CU/AL 3 R0-3 CR 9

151 Holders and Accessories Dimensions in 00V, 1 10 to 30A x x x V, 31 to 0A.0" 1.81" 0.5" 0." FIGURE 1. FIGURE. FIGURE " 3.38".9" 1.5" 0.59" 1.5" 1.5" 0." 0." " DIA. x 0.5" C'BORE 7.3".38".15" 3.15" 00V, 1 to A FIGURE. FIGURE 5. FIGURE x x x FIGURE 7. FIGURE 8. FIGURE 9.

152 Holders and Accessories * E?5C5! FD =@<D - E=@8 E Catalog Numbers Poles Pressure Box Box Lug w/ Fig. Max. Wire Amps Screw Plate Lug Retaining Clip No. Size 1 J0030-1S* J0030-1P J0030-1C J0030-1CR 1 C, CR#-1 CU, #-8 AL 1/ 30 J0030-S* J0030-P J0030-C J0030-CR P, PR, S, SR 3 J0030-3S* J0030-3P J0030-3C J0030-3CR 3 #10-1 CU Only 1 J000-1C J000-1CR 1 C, CR, #-1 CU/AL 31 0 J000-C J000-CR 3 J000-3C J000-3CR 3 CU only 1 3 J0-3CR CR 1/0-8 CU/AL E=@8%F> 3C! * C:D =DD! FD =@<D! * C:D EHKI ; M?J> B7I I $ KI ; I :?I ED$ &$ &7D: >; HCEFB7I J?9/ & B7CC78?B?JO 0 > A) E:?8D E:?8D 079: 9 8?J AAC@G=D / &&?I J; :! K?: ; #&.?B; - B7I I?B; ( E/ &( E - ; HJ?<?97J?ED :>?D:@?D :?9D E@ E@ 1.70" 0.750" 3.0".50" 0.750".70".50" C L CL.005".15".8".8" 0.30" 0.9" 0." Dia. 0.5" C'Bore 5" 1.583" 1.500" Figure 1. Figure. Figure 3. Figure. 3.1" 1.75" 1.5" Figure 5.

153 Holders and Accessories =DD+ FD + * C:D EHKI ; M?J> B7I I. KI ; I :?I ED. $( + * C:D EHKI ; M?J> B7I I. KI ; I :?I ED. B7I I * EBO; I J; H* >; DEB?9ED / & B7CC78?B?JO 0 ) E:?8D + 079: 9 Y + 079: 9 Y 8?J AAC@G=D / &&?I J; :! K?: ; #&.?B; - B7I I?B; :>?D:@?D :?9D :8FC - E@ T30030-S SECTION X-X +C> :?= :>?D:@?D:?9D +JA.. V.... :8FC - E@ 0.5" 3.19" 0.9".75".5" 1.3" 0.7" 0.1" 1." 1.0" X 0.91" 1.53" X A B 1." 0.55" 0.33" 0.55" 0.33" 1." 0.91" Z 1.3" 0.7" 0.1" Z 0." Full 0.0" Radius C T3000-C SECTION Z-Z.59" 1.1" 0.33" 0.55" =DD+ FD =@<D - - E=@8 E E=@8%F> :8 $ I. :C > AD * CH #F8 %@ * :K +! % -. -,., -, K Y U. -,.,, K B U. -,., -, K. -,.,, K B. -,., V. U V. K B V. V. V. ' ' K B V. ' ' K B V. ' ' K B +! * -. -,., Y U. -,., -, K. -,.,, K B. -,., U. -,.,, K B. -,., -, K V. U V. K B V. V. ' ' K B V. ' ' K B V. ' ' K B / &, ; 9E=D?P; : 3.75".31" 0.33" 0." DIAMETER 0.5" C'BORE

154 Holders and Accessories :?9D :8FC - E@ 0.5" 1.75" 1.81" 0.59" 0.3" 0.59" 3.3" 1.53" 0.3" 0.59".8" 3.0" 0.3".9" 1.3" 0." DIAMETER 0.5" C'BORE 1.7" :8FC - E@.0" 1.9" (1 POLE) 3.09" ( POLE).5" (3 POLE) - E@ 1.9" (1 POLE) 3.09" ( POLE).5" (3 POLE) 0.8" 1.1" ( POLE).81" (3 POLE) X Z 0.8" 1.1" ( POLE).81" (3 POLE) X Z 0.78".78".5" REF. 0.5" C'BORE 0.55" DEEP.39" 0." DIA. 0.5" C'BORE 0.55" DEEP.39" 0." DIA..3" REF. X Z 0.38" 0.75" :8FC - - E@ " 0.05" 3" X Z 0.38" 0.75" :8FC - - E@ " 3" SECTION Z-Z 1.15" 1.5".5" 1.5".5".5" 1.9" 1.9" 0.8" DIAMETER 0.3" C'BORE 0.5" DEEP 0.81" 3.0" 0.3" 3.0".38" 0.81" 1.15" 0.8" DIAMETER 0.3" C'BORE 0.5" DEEP 1.8" - 300V.7" - 00V :8FC - - E@ 5.75" - 300V.03" - 300V.88" - 300V.75" - 00V.95" - 00V 3.38" - 00V 1.5" " 3" 3." 3" 0.75" 0.33" Diameter 0.75" C'Bore 0.5" Deep

155 Holders and Accessories Dimensions - inches 35 to 0A 1.38" 0." 0.5" 0.7".5" 0.8" 0.9" DIAMETER 0.38" C'BORE Catalog Number BG Series and G Series Class G Fuse Blocks: BG Series and G Series: EHKI ; M?J> B7I I! KI ; I :?I ED- Construction:. >; HCEFB7I J?9 * >; DEB?9 Amp Ratings: / &&?I J; :! K?: ; #&.?B; Voltage Ratings: 0 0 Agency Approvals: - B7I I?B;.15" Figure. 0.9" 1.1" 0.53" 1.9" 3.5" 1.78" 1.78" 0." DIAMETER HOLE Catalog Data Terminal Type Screw with Pressure Plate Box Box Lug w/ Fig. Amps Quick-Connect w/quick Connect Lug Clip No. 1 1 BG3011SQ BG3011PQ BG3011B 1 to BG301SQ BG301PQ BG301B 15 3 BG3013SQ BG3013PQ BG3013B 3 1 BG301SQ BG301PQ BG301B 1 0 BG30SQ BG30PQ BG30B 3 BG303SQ BG303PQ BG303B BG3031S BG3031P BG3031B 1 to BG303S BG303P BG303B 30 3 BG3033S BG3033P BG3033B G3000-1CR to G3000-CR 0 3 G3000-3CR 5 Torque vales for above terminals: 18-8AWG: 0 lb in AWG: 35 lb in Dimensions - inches Poles 1 to 30A 1." 3" 0.3" 1.5" 0." 0.77" 1.53" 0." 0.8" 1.3".38" Figure 1. Figure. Figure 3. Figure 5..75" CROSS REFERENCE EDISON MERSEN LITTELFUSE BG3011SQ NONE LG SQ BG301SQ NONE LG30015-SQ BG3013SQ NONE LG SQ BG301SQ NONE LG3000-1SQ BG30SQ NONE LG3000-SQ BG303SQ NONE LG3000-3SQ BG3031S NONE LG SQ BG303S NONE LG30030-SQ BG3033S NONE LG SQ BG3011PQ NONE NONE BG301PQ NONE NONE BG3013PQ NONE NONE BG301PQ NONE NONE BG30PQ NONE NONE BG303PQ NONE NONE BG3031P NONE LG PQ BG303SP NONE LG30030-PQ BG3033P NONE LG PQ BG3011B NONE NONE BG301B NONE NONE BG3013B NONE NONE BG301B NONE NONE BG30B NONE NONE BG303B NONE NONE BG3031B NONE NONE BG303B NONE NONE BG3033B NONE NONE G3000-1CR NONE LG3000-1CR G3000-CR NONE LG3000-CR G3000-3CR NONE LG3000-3CR

156 Holders and Accessories - ; H?; I ' ' - ; H?; I E=@8%F> 3C $?5 $ $ =DD?5* FAA=>?E= CCF= FD =@<D ) E:?8D 0 > AD KFJE. :E9DE?5 A, ' - - OC 8?J?7@C> E:@? =DD T $ * C:D / &&?I J; : #&. - [ ; HJ?<?; :, E" - ECFB?7DJ ED<B?9JC?D; H7B<H; ;, ; 79>: ; 9B7H7J?ED7L7?B78B; KFEDH; GK; I J SI S$ :58ET $ $ * C:D / &, ; 9E=D?P; : #&. - [ ; HJ?<?; :, E" - ECFB?7DJ ED<B?9JC?D; H7B<H; ;, ; 79>: ; 9B7H7J?ED7L7?B78B; KFEDH; GK; I EL; HI 7H;?D9BK: ; :?DJ>; EL; H7 B/ &[&?I J?D=, ; 9E=D?J?ED #* <?D=; HI 7<;, E" - ECFB?7DJ, ; 79>: ; 9B7H7J?ED7L7?B78B; KFEDH; GK; I J FEB; KD?JI <79JEHO7I I ; C8B; : -?D=B; FEB; KD?JI I D7FJE=; J>; HJE9H; 7J; : ; I?H; : DKC8; H E<FEB; I +3= E=@8%F> 3CD Terminal type => > 3:=:EJ) E:?8D BE9AI V / & 0 I ; B<; NJ?D=K?I >?D= EL; HI V / & " I ; B<; NJ?D=K?I >?D= &ACE:?8?5* BE9AI T JE T ( ED?D:?97J?D=9EL; HI T JE T #D:?97J?D=9EL; HI T JE T #D:?97J?EDH; GK?H; I C?D?CKC 079: 97D: 9BEI ; : 9?H9K?J JE?BKC?D7J; $ EC:=D 7I ; V. >; HCEFB7I J?9. ; HC?D7BI V.?DFB7J; : 8?C; J7 B?99EFF; H EL; HI V. >; HCEFB7I J?9-9H; MI 7D: FH; I I KH; FB7J; I V?D9FB7J; : I J; ; CE%F> 3CD EH8BE9AI M?J>GK?9A9EDD; 9JJ; HC?D7BI V 0, # ' + BEJ>; HJ; HC?D7BEFJ?EDI V 0, # ' $ C<C#3=D / I ; F7HJDKC8; H. ' >?55 % ) :=?5* E@AD * 7HJ( E, %. ( * 7HJ( E, %. ( -, 1 #10-3 Phil-slot screw Screw with quick connect* Pressure plate Pressure plate with quick connect* Box lug Poles Fuse class BCM03-1S BCM03-1SQ BCM03-1P BCM03-1PQ BCM03-1C 1 CC BCM03-S BCM03-SQ BCM03-P BCM03-PQ BCM03-C CC BCM03-3S BCM03-3SQ BCM03-3P BCM03-3PQ BCM03-3C 3 CC BMM03-1SQ BMM03-1PQ BMM03-1C 1 10x38 (13/3 x1-1/ ) BMM03-SQ BMM03-PQ BMM03-C 10x38 (13/3 x1-1/ ) BMM03-3SQ BMM03-3PQ BMM03-3C 3 10x38 (13/3 x1-1/ ) BCCMM03-3SQ BCCMM03-3PQ 3 *Quick Connect terminals rated for 0A maximum 3-Pole control circuit transformer block -pole CC with 1-pole 10x38 (13/3 x1-½ )

157 Holders and Accessories 3C $?5 $ $ =DD?5* FAA=>?E= CCF= FD :>?D:@?D > > :? With cover. See Table 3 for available covers Table. Terminal specifications Terminal type Box lug ( CR option) Screw (S) Screw/quick connect* (SQ) Pressure plate (P) Pressure plate/ quick connect* (PQ) Wire range CU -1 AL -8 Wire temp rating 75/90 C Torque AWG lb-in (N m) CU (5.) CU - 5 (5.1) CU (.0) AL - 50 (5.) AL 8 0 (.5) CU /90 C (.3) * Quick connect terminals rated to 0A max. Table 3. Recommended covers* Cover part numbers Terminal type Indicating Non indicating Box lug (CR) CVRI-CCM CVR-CCM Screw (S) CVRI-CCM CVR-CCM Screw/quick connect (SQ) CVRI-CCM-QC CVR-CCM-QC Pressure plate (P) CVRI-CCM CVR-CCM Pressure plate/quick connect (PQ) CVRI-CCM-QC CVR-CCM-QC * For use with AWG max conductors.

158 Holders and Accessories C:D * C:D EHKI ; M?J> :?I ED>?=>I F; ; : I ; C?9ED: K9JEH 7D: W8EBJ?DX<KI ; I D &?=>JM;?=>J>?=>J; CF; H7JKH; J>; HCEFB7I J?9 EF5D * B7J; : I J; ; B %FE * B7J; : I J; ; B. D9C - FH?D=I J; ; B 8?J AAC@G=D / &, ; 9E=D?P; :! K?: ; #&. #&.?B; KFJE 0 - B7I I?B; KFJE 0 E=@8%F> 3C * C:D Catalog Code Description: Block Series BH - X X X X EDJ79J :?I ED KI JEC; H- 7J?I <79J?ED<EHEH: ; H?D=?D<EHC7J?ED 7D: :?C; DI?ED7B: 7J7 Fuseblock Base 0 Small base for 0-00 amp fuses, 0-700V 1 base, for 0-00 amp fuses, 0-500V base, for 0-00 amp fuses, V 3 Large base, for amp, 0-150V Agency Approval 0 No agency approval 1 UL Recognition and CSA Certification UL Recognition only 3 curus Wire Connector 0 No connector 1 1 Hole for #1 - /0 copper wire (for use with base 0) Hole for #1-1/0 copper wire (for use with base 0) 3 Hole for # - 50 MCM copper wire (for use with base 1,, & 3) Hole for #1-500 MCM copper cable (for use with base 3) See Note 1 below Stud Size (for use with bases 0, 1, & ) (For use with bases 0, 1, & ) (for use with bases 0, 1, & 3) (for use with base 3) See Note below (for use with base 3) NOTES: 1. The # connector must be used with either the 7/1-1 or the 3/8-1 stud.. The only compatible connector for the 7/1-1 stud is #. 3. Always check applicable end use standards for required spacing between blocks, fuses or other hardware.. For applications above 700V, consult appropriate electrical standard for proper creepage distances, clearance distances and insulator voltage withstand ratings. Catalog Numbers " " " " " " " " " " " " " " " " " " " V " " " V " " " V

159 Box Cover Units for &?&77* H:E9 ) AE= * =F8 FDD * BK=<KI ; 8EN9EL; HKD?JI FHEL?: ; 7I?CFB;?D; NF; DI?L; M7O JEFHEJ; 9JI C7 BCEJEHI M?J> :?I EDJOF; W. XW. &XW. XW* X 7D: W1 XFBK=<KI ; I EN9EL; HKD?JI 7H; ; 7I?BO?DI J7 B; :?D I J7D: 7H: ; B; 9JH?97B 8EN; I O KI?D= <KI ; I I?P; : 7J J>; 7CF H7J?D= E< 7 CEJEH EH I B?=>JBO B7H=; H EFJ?CKC EL; HBE7: 7D: I >EHJ9?H9K?J FHEJ; 9J?ED?I FHEL?: ; : EN 9EL; H KD?JI 7H; / & &?I J; : * * 0 ) # * =E:@? EO ' Receptacle Motor Agency Box Cover Fuseholder Outlet to Load Switch Switch Size Listing/ Cat. No. Type Box Single Double 15Vac 50Vac Control+ Light++ (Max.) General Data Certification SOU X 3 Hp 15V, 15A UL, CSA SRU 1 " Handy X X 1 Hp 15V, 15A UL SSU X X 1 Hp 15Vac (do not use on DC), 15A UL, CSA SOW X 3 Hp 15V, 15A UL, CSA SRW 3 " Switch X X 1 Hp 15V, 15A UL SSW X X 1 Hp 15Vac (do not use on DC), 15A UL, CSA SOX X 3 Hp 15V, 15A UL, CSA SRX " Octagon X X 1 Hp 15V, 15A UL SSX X X 1 Hp 15Vac (do not use on DC), 15A UL, CSA SOY X 3 Hp 15V, 15A UL, CSA SRY X X 1 Hp 15V, 15A UL SSY X X 1 Hp 15Vac (do not use on DC), 15A UL, CSA SSY-RL " Square X X X X 1 Hp 15Vac (do not use on DC), 15A STY* X X* 1 Hp* 15Vac (do not use on DC)*, 15A UL SCY** X X()** 1 Hp()** 15Vac (do not use on DC); can protect two motors**, 15A SOY-B X 3 Hp 15V, protects two motors, 15A UL SKA 11 1" Square X X(15A) Hp 50V, 15A single-phase UL SSN Single Gang X X 1 Hp 15V, 15A Weatherproof UL + Switch turns power to fused load OFF or ON. ++ Switch light indicates power to load (dark when switch OFF or fuse open). * Double-pole switch opens both sides of circuit. STY can be used for two separate 15V motors not larger than 1 Hp with the common switch, or a single motor not larger than Hp at 50V (Maximum of 150V to ground). ** The SCY unit can be used for protection of a single motor not larger than Hp at 50V (Maximum of 150V to ground). UL Guide JAMZ, File E91; CSA Class 5-01, File 735. UL

160 Box Cover Units for Plug Fuses R D R S* D * &, * ), * *, * &. * ). * *. D R S* D * &/ * ) / * * / * " S* D * &0 * ) 0 * * 0 * * 0 ) # * &0 * +0 * 0 * * %

161 Enclosed Power Distribution Blocks EPDB Series EFC?7:ED R D9BEI ; : I 7<; H?DI J7 B7J?ED#* <?D=; HI 7<; KD: ; HI F; 9?<?9 9ED:?J?EDI High short-circuit current ratings up to 00kA: PDBs do not have to be the weak link in achieving high SCCR for an industrial control panel Small footprint saves panel space Listed to UL 1953 which has minimum spacing requirements at 00V of at least 1 through air and over surface required for feeders in UL 508A Industrial Control Panels For D CAD drawings visit 8?J* E?5C5D UL Listed 1953, Guide QPQS, File E51 CSA Certified, Class 8-01, File 735 IEC IEC 059, IP0 (finger-safe) under specific wiring conditions =EC:= 00Vac/dc (UL 1953), 90Vac/dc (IEC) IP0 finger-safe under specific conditions Short-circuit current ratings up to 00kA, see table Ampacities up to 70 amps Cu/Al wire range 1 AWG to 500 kcmil or.5 to 0 mm $ 9?:= DIN-Rail or panel mount; EPDB30 & EPDB70 panel mount only Captive termination screws; screws do not get misplaced Wire ready: captive termination screws shipped backed out to save time on conductor installations Sliding DIN-Rail latch for easy mounting Single pole, gang mountable for multiple pole applications with interlocking dovetail accessory (optional) Flammability, UL 9V0 Tin-plated Al connectors suitable for Cu/Al conductors Elongated hole for panel mounting; easier mounting with greater flexibility in matching up with drilled panel holes Part A179: Interlocking dovetail pin accessory One pin interlocks two units, two pins to interlock three units DIN-Rail end anchors required to prevent damage to block when torquing

162 Enclosed Power Distribution Blocks EPDB Series =EC:= E Series PDBFS Series PDBFS Electrical Terminal Copper Conductor Capability Short-Circuit Current Rating Data Line Load Configuration Conductors Max Fuse Class & Amp** Catalog Number Openings per Pole Line Load J T RK1 RK5 Amps Wire Range Wire Range (All Single AWG or AWG or LPJ JJS LPS-RK FRS-R Pole) Line Load kcmil kcmil JJN LPN-RK FRN-R EPDB A /0 to 8 AWG Cu/Al /0 to 8 AWG Cu/Al /0 to 8 /0 to kA to 1 AWG Cu EPDB10 175A /0 to 1 AWG Cu /0 to 8 /0 to 8 Al to 8 AWG Al EPDB301 EPDB30 EPDB51 EPDB0 EPDB70 310A 380A 570A 0A 70A 350kcmil to 350kcmil to AWG Cu/Al AWG Cu/Al to kA ka to kA 350 to 350 to kA to kA 500kcmil to to 1 AWG Cu 500 to kA AWG Cu/Al to 1 Al to ka 300 to kA 300kcmil to to 1 AWG Cu ka AWG Cu/Al to 1 Al 300 to to kA 350kcmil to 350kcmil to AWG Cu/Al AWG Cu/Al 350 to 350 to kA 500kcmil to 500kcmil to * kA AWG Cu/Al AWG Cu/Al 500 to 500 to ka Ampacities 75C per NEC Table and UL 508A Table 8.1 *Class L 800A (LCL 800) or less fuses suitable for this particular SCCR case. ** Class G 0A (SEC-0) or less or Class CC 30A (EDCC-30, HCTR-30, HCLR-30) or less are suitable for all SCCRs in this table. Lineside Loadside Wire Connector Hole Diameter Part Torque Trim Length Torque Trim Length Lineside Loadside Min. Enclosure Wire Range* Hex Key Wire Range* Hex Key Number Lb in (N m) (mm) Lb in (N m) (mm) (mm) (mm) Size - inch EPDB101 /0 to 8 AWG 110 (1.) 0.85 (1.) 3/1 /0 to 8 AWG, Cu 110.(1.) 0.97 (.) 3/1 0.5 (11.5) 0.5 (11.5) 1 x 1 x to 10mm 70 to10mm to AWG, Cu 5 to 1mm 35 (.0) EPDB10 /0 to 8 AWG 10 (13.) 8 AWG, Cu 70 to 10mm 5 (.8) 0.55 (1) top row 0.75 (19.0) 3/1 10mm 0.85 (1.) bottom view to 8 AWG, Al 35 (.0) 1/8 0.5 (11.5) 0. (.5) 1 x 1 x to 1 AWG, Cu 10 (13.) 10 to 1 AWG, Cu to.5mm 0 (.3) EPDB kcmil to AWG 75 (31.1) 1.35 (3.3) 5/1 350 kcmil to AWG 75 (31.1) 1.5 (31.8) 5/1 0.7 (18.3) 0.7 (18.3) 3 x 30 x to 1mm 150 to 1mm 0 (.3) to 3 AWG, Cu 35mm 50 (5.7) to AWG, Cu EPDB30 5 to 1mm 5 (5.1) 500 kcmil to AWG 0.59 (15) top row 500 (5.5) 1.5 (31.8) 3/8 8 AWG, Cu 0 to 1mm 1. (30.5) bottom row 10mm 0 (.5) 1/ (.1) 0.31 (8.0) x 0 x to 1 AWG, Cu to.5mm 35 (.0) to 1 AWG, Al 50 (5.7) to AWG, Cu 5 to 1mm 35 (.0) 300 kcmil to AWG 1.15 (9.) top row EPDB51 (75 (31.1) 150 to 5mm 1. (35.) bottom row EPDB0 8 AWG, Cu 1/ 10mm 5 (.8) 10 to 1 AWG, Cu to.5mm 0 (.3) to 1 AWG, Al 35 (.0) 0.55 (1) top row 1 (5.) middle row 1/ (17.5) 0.5 (.7) x 0 x kcmil to AWG 75 (31.1) 1.5 (31.8) 5/1 350 kcmil to AWG 75 (31.1) 15 (31.8) 5/ (18.) (18.) 3 x 30 x to 5mm 185 to 5mm EPDB kcmil to AWG 500 (5.5) 1.5 (31.8) 3/8 350 kcmil to AWG 500 (5.5) 1.5 (31.8) 3/ (.) (.) 3 x 30 x to 1mm 0 to 1mm *Cu/Al unless otherwise noted.

163 Enclosed Power Distribution Blocks EPDB Series > Part Width Length Height Number A B C D E F G H EPDB (.1) 3.37 (9.8).15 (5.5) 3.55 (90.17).91 (73.79) 0. (5) 0. (5) N/A EPDB (.1) 3.37 (9.8).15 (5.5) 3.55 (90.17).91 (73.79) 0. (5) 0. (5) N/A EPDB (39.37).7 (118.5).87 (73).8 (113.7) 3.81 (9.77) 0. (5) 0. () N/A EPDB (39.37).7 (118.5).95 (7.93).8 (113.7) 3.81 (9.77) 0. (5) 0. () N/A EPDB (7.).7 (118.5).93 (7.5).8 (113.7) 3.81 (9.77) 0. (5) 0. () N/A EPDB0.38 (0.5).7 (118.5).0 ().8 (113.7) 3.81 (9.77) 0. (5) 0. () N/A EPDB70.5 (5.0).7 (118.5) 3.15 (80).8 (113.7) 3.81 (9.77) 0. (5) 0. () 1.81 (), ) * * * * * * * *

164 High SCCR Terminal Blocks PB1 & PB3 Series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ole A -Pole A 1-Pole SIDE B E F D A D B F D E C G K Dia. L C'Bore LOADSIDE Part Width/Poles Length Height Number A/1 A/ A/3 B C D E F G H J K L PB S PB Slot 0.0x0.1 Slot 0.x0. K L

165 High SCCR Terminal Blocks PB1 & PB3 Series =EC:= E Part N umber T erminal Copper Conductor Capability Lineside Loadside Configuration Number Openings per Pole Amps of Poles W ire Range W ire Range Conductors Line Load side side AW G or kcmil AW G or kcmil S hort-circuit Current Rating Data M ax Fuse Class & Amp* J T RK1 RK5 Line Load JDL ka P B P B A /0 TO 8 AW G /0 TO 8 AW G /0 to 8 /0 to PB PB101 1 to PB10 175A /0 TO 8 AW G TO 1 AW G /0 to to 1 P B PB10S1 1 PB10S 175A /0 TO 8 AW G 1/-0 X 3/ STUD /0 to 8 S tud P B10S3 3 P B to 1 PB10 175A /0 TO 8 AW G TO 1 AW G /0 to P B103 3 to PB to 8 P B30 310A 350 kcm il to AW G TO 1 AW G 350 to PB303 3 to to 8 P B A 350 kcm il to AW G TO 1 AW G 350 to PB31 to PB313 3 PB () to 1 AW G 1/0 to PB A 350 kcm il to AW G 350 to (3) 1/0 to 1 P B to Ampacities 75C per NEC Table and UL508A Table 8.1 *Class G 0A (SEC-0) or less or Class CC 30A (EDCC30, HCTR30, HCLR30) or less are suitable for all the SCCRs in this table :>?D:@?D:?9D ' 1 A B TJS TJN LESRK LENRK ECSR ECNR S CCR Minimum E nclosure Size Inches 1 X 1 X.75 1 X 1 X.75 1 X 1 X.75 X 0 X.75 X 0 X.75 X 0 X.75 X 0 X.75 Cover Part Block Poles Number A (In) B (In) PB1011, 101, 10S1 1 PBC PB101, 10, 10S PBC PB1013, 103, 10S3 3 PBC PB101, 301, 3091, PBC PB10, 30, 309, 31 PBC PB103, 303, 3093, PBC ' 1 # Thread-cutting screws assembled A Textured surface for marking B

166 Power Distribution Blocks PB, PB5 & PB7 Series Voltage Ratings: 00Vac/dc maximum 75 C Rated connectors Mechanical: Panel mount Tin-plated aluminum connectors Flammability: UL 9V0 Agency Information: UL Recognized, Guide XCFR, File E159, General Industrial Class per UL 1059 CSA Certified: CSA File 70089, Class 8-01 :>?D:@?D:?9D Feature and Benefits D HJ LINESIDE Available in 1-, -, or 3-pole versions Thermoset material to withstand high heat applications C Optional cover is clear with write-on surface for field termination identification (Order PBC Series) For industrial controls, HVAC and other control automation panel applications Mounting slots allow greater flexibility to fit pre-drilled panel holes A B F E E G L K LOADSIDE Series A B C1 C C3 D E F G H J K (Slot) L (Slot) PB01X, PB51X " wide x 0.1" long 0." wide x 0." long PB71X " wide x 0.33" long 0.1" wide x 0.53" long

167 Power Distribution Blocks PB, PB5 & PB7 Series =EC:= E Part N umber PB011 1 P B01 PB013 3 PB511 1 P B51 PB513 3 P B711 1 PB71 PB713 3 :>?D:@?D:?9D ' A Number P oles C onnection Lineside Loadside W ire Range per pole Torque (Lb-In) W ire Range per pole Torque (1) 500kcm il - # Cu-Al 500 (1) 3/8-1 x 1 Stud () 300kcm il - # Cu-Al 75 (1) # - #1 Cu, # - #1 Al () 500kcm il - # Cu-Al # Thread-cutting screws assembled Textured surface for marking 500 (1) # - #1 Cu-Al 0 35 Connector M aterial & Ampacity AL-380A AL-570A AL-70A Cover Series Poles Part Number A B C 1 PBC PB & PB5 PBC PBC PB7 1 PBC (PBC71) ' ' B A B ' C For PB7 Blocks

168 Fuse Covers, Indicating and Non-Indicating LOAD TEST PROBE SAMI - TEST PROBE Buss LINE B A FUSE C E=@8%F> 3C* $ M * C:D?5:E:?8 * $ M * C:D EH B7I I $, %, % " %!. 7D: C?: =; JJOF; <KI ; I ( ED#D:?97J?D= 079: 9 #D:?97J?D= JE 079 JE 0: 9 > A) E:?8 8?J AAC@G=D / &&?I J; : - B7I I?B; ( E&, $ EC:= B79A. >; HCEFB7I J?9M?J>7<B7CC78?B?JO H7J?D=E</ & 0 E=@8 E - :>?D:@?= E?D9>; I Catalog Number* Description A B C 00V, J (0-30A) and 00V, T SAMI-1 (35-0A)*** 50V, RK, K5, H (35-0A) SAMI- 00V, RK, K5, H (0-30A) SAMI-3 00V, J (5-A) SAMI- 50V, RK, K5, H (5-A) SAMI-5 00V, RK, K5, H (35-0A) SAMI- 00V, J (35-0A) SAMI-7** 00V, Midget, Class CC, G (0-30A) SAMI-8 00V, RK, K5, H (5-A) SAMI-9 50V, RK, K5, H (0-30A) and 00V, T (0-30A) E=@8%F> 3CD EH#D:?97J?D= EL; H7: : I K<<?N EH( ED?D:?97J?D=9EL; H7: : I K<<?N% N7CFB; - ' # # #D:?97J?D= - ' # ( ( ED?D:?97J?D= #D:?97J?D=<; 7JKH; H; GK?H; I 7C?D?CKCE< 079EH 0: 9JE?BKC?D7J; B7CF, %@? :?5:E:?8@?=J L* $ 5AECG:=3=7@CD> ==) " " 3@5J 5D:8?* $ %@> DDE?5C5H:E95AEC * $ * $ EFCD R #DDEL7J?L; : ; I?=D9EL; HI ; NFEI ; : J; HC?D7BI 7D: 9EDJ79JI E< :?I ED<KI ; 8BE9AI R?JI CEI J9ECF; J?J?L; <KI ; 8BE9AI R &?=>JED?D:?97J?D=- ' #I >EMI M>; DJ>; <KI ;?I EF; DU>; BFI JHEK8B; I >EEJJ>; I OI J; C7D: H; : K9; I : EMDJ?C; R BL; HI?EDI 7H; H; KI 78B; V DED; ; : JEF7O<EH?D:?97J?ED ; L; HOJ?C; 7<KI ; EF; DI R #D:?97J?ED9EDJ79JI >7L; J; ; J>JE8H; 7AEN?: 7J?EDB7O; HED J>; ; N?I J?D=<KI ; ; D: 97FJEFHEL?: ; 79B; 7HI?=D7BF7J> R &; I I J>7D C B; 7A7=; 9KHH; DJ7J LEBJ R 0?I K7BC7HA?D=E<B?D; I?: ; 7D: BE7: I?: ; R - ' #9EL; H; D: I 97D; 7I?BO8; JH?CC; :?<D; 9; I I 7HOJE <?J9EL; HEL; H; N?I J?D=M?H?D=EHJE<?JCEI JI 7<; JOI M?J9>; I R ; 7: <HEDJ9EDI JHK9J?EDFHEL?: ; I 7: : ; : FHEJ; 9J?ED7=7?DI J 799?: ; DJ7B9EDJ79J8OC7?DJ; D7D9; F; HI EDD; B R &78; BI 7H; FHEL?: ; : M?J>J>; - ' #<KI ; 9EL; H<EHMH?J?D=?D9?H9K?JEH<KI ;?D<EHC7J?ED R ) D; 9EL; H?I H; GK?H; : <EH; 79>FEB;. ) % @C* $ EC:> > :?88F:5DA:7:E:@?DC7CE@ E97@==@H:?85ED9E?F> 3CD - ' #. H?CC?D=! K?: ; I

169 In-Line Fuse Holders for 13 3 x 1 1 and Class CC Fuses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vailable Part Numbers / 1 7J; HH; I?I J7DJ?DB?D; * EB; <KI ; >EB: ; H<EH7DO Y N Y <KI ; KI ; >EB: ; H H7J; : 0 - &?I J; : C7N. OF?97B <KI ; JOF; I :?I ED' ) & ' ( ' + 7D: ' & Y Non-Breakaway Units: HEB-AA (1) () (3), HEB-AB (), HEB-AC (), HEB-AD (), HEB-AE (), HEB-AJ, HEB-AK, HEB-AL, HEB-AR, HEB-AY, HEB-BA (), HEB-BB (), HEB-BC (), HEB-BD (), HEB-CC (), HEB-DD (), HEB-JJ, HEB-JK, HEB-JL, HEB-JY, HEB-LL, HEB-NN, HEB-PP (), HEB-QQ (), HEB-RR (), HEB-SS, HEB-TT (), HEB-ZA. Agency Information: (1) UL Recognized, Guide IZLT, File E1853 () CSA Certified, Class 5-01, File 735 (3) CE Breakaway Units: (Includes fuse holder, breakaway part and insulating boots): HEB-AW-RLA, HEB-AW-RLC-A (1) () (3), HEB-AW-RLC-B, HEB-AW-RLC-C, HEB-AW-RLC-J, HEB-AW-RYA, HEB-AW-RYC, HEB-BW-RLC-A, HEB-BW-RLC-B, HEB-BW-RYC, HEB-JW-RLC-J, HEB-JW-RYC, HEB-KW-RLC-J, HEB-KW-RYC, HEB-LW-RLA, HEB-LW-RLC-J, HEB-LW-RYA Fuse Holder Only: HEB-AW (), HEB-BW (), HEB-DW (), HEB-JW, HEB-LW Breakaway Part: RLC-A, RLC-B, RLC-C, RLC-J, RYC, RLA, RYA Agency Information: (1) UL Recognized, Guide IZLT, File E1853 () CSA Certified, Class 5-01, File 735 (3) CE

170 In-Line Fuse Holders E :?=D Conductor Data Terminal Symbols Load Line Type Terminal Size Side Side Copper Crimp #1 to #8 1 #1 A A #10 # 1 B B # 1 #8 Copper Set-Screw No. Per Terminal Solid Stranded C C # 1 # D D # 1 # E E #1 to # 1 J J &AE:@?= Conductor Data Breakaway Terminal Single- *Double- Type Terminal Size Pole C:> A JE R R ) # ) E* CH No. Per Terminal R R ) # ) # R R ) # ) # JE R R ) #! ) #! JE R R ) 0 ) 0. ; HC?D7B?BKI JH7J?EDI I >EMJ>; ; D: L?; ME<I?D=B; FEB; H; 9; FJ79B; I 7D: ED; FEB; EDBOE< J>; : EK8B; FEB; H; 9; FJ79B; I. >KI <EH; N7CFB;?DJ>; 97I ; E<7: EK8B; FEB; I ; JI 9H; M JOF; H; 9; FJ79B; M?J>J; HC?D7BI J>7J799; FJJME9ED: K9JEHI 7JEJ7BE<<EKH9ED: K9JEHI 9EKB: 8; 9EDD; 9J; : JEJ>; H; 9; FJ79B; F; HJ>; <EBEM?D=: H7M?D= Solid Stranded #1 to # K K Solid Breakaway (Required with W W Breakaway Receptacle) Available Part Numbers HEX Series: HEX-AA (1) (), HEX-AB, HEX-AC, HEX-AD, HEX-AW-DRLC-A, HEX-AW-DRYC, HEX-AW-RLC-A, HEX-AW-RYC, HEX-AE, HEX-AY, HEX-BB, HEX-CC, HEX-JJ, HEX-JK, HEX-JW-DRYC, and HEX-KK. Agency Information: (1) UL Recognized, Guide IZLT, File E1853 () CSA Certified, Class 5-01, File 735 HEY Series: HEY-AA, HEY-AB, HEY-AC, HEY-AD, HEY-AE, HEY-AL, HEY-AW-DRLC-A, HEY-AW-DRLC-B, HEY-AW-DRYC, HEY-BB, and HEY-JJ. HET Series: HET-AA, HET-AB, HET-AW, HET-AW-RLC-A, HET-AW-RLC- B, HET-AW-RLC-C, HET-AW-RLC-J, HET-AW-RYC, HET-BB, HET-BW-RLC-B, HET-BW-RYC, HET-JJ, HET-JK, HET-JW-RLC-J, HET-JW-RYC, and HET-KK. E=@8 E=@8 %F> 3CD +JA -?D=B; ED: K9JEH. ME ED: K9JEH #DI KB7J?D= 8EEJI 7H; EFJ?ED7B 7D: DEJ?D9BK: ; : M?J> DED H; 7A7M7O >EB: ; HI 7D: CKI J 8; EH: ; H; : I ; F7H7J; BO. >; O 7H;?D9BK: ; : 7I 7 I J7D: 7H:?J; C M?J> J>; 8H; 7A7M7O I ; H?; I. 9? 3@@ED C FE:=:K5 I EC 9E CE?E:@? CBF:CD E9E7FDDCD:K5E> $ * =@5FCC?E

171 In-Line Fuse Holders. ECE:89E FD' "?DB?D; <KI ; >EB: ; HI 7H; M7J; H H; I?I J7DJ 7D: ; 7I O JE?DI J7BB * HEJ; 9J <KI ; I?D BE97J?EDI ; NFEI ; : JE M7J; H M; 7J>; H9EHHEI?L; <KC; I I 7BJI FH7O; J9" EB: ; HI 7H; JME I ; 9J?ED; : C EB: ; : FB7I J?9. >; 97FJ?L; DKJ 9EKFB; I J>; BE7: I?: ; I ; 9J?EDJEJ>; B?D; I?: ; I ; 9J?ED9ECFH; I I?EDE<J>; EH?D= M>; D J>; DKJ?I J?=>J; D; : <EHCI 7 L7FEH 7D: M7J; H H; I?I @C* :> F=E?@FD %@? #@5 C< I B; ; L; 7BI E?DI KB7J; I J>; 8E: OE<J>; B?D; I?: ; I ; 9J?EDE<J>; <KI ; >EB: ; H - >EKB: J>; >EB: ; H 8; I K8@; 9J; : JE 7D KD: K; FKBB?J M?BB I ; F7H7J; <HEC J>; B?D; I?: ; H; 7A7M7O H; 9; FJ79B; 7D: 8; 9EC ; ; B; 9JH?97 BO : ; 7: - ; F7H7J?D= J>; >EB: ; H7D: H; 9; FJ79B; ED7DED; D=; H=?P; : 9?H9K?J<79?B?J7J; I H; F7?HC7?DJ; D7D9; Q+C> :?=D$ E. :E9 C<HJ ) AE=D I EB?: 9EFF; HWHE: XJ; HC?D7BCKI J8; KI ; : EDJ>; B?D; I?: ; E<7<KI ; >EB: ; HM>; D>EB: ; H?I ; GK?FF; : M?J>78H; 7A7M7O H; 9; FJ79B;. >?I I EB?: HE: J; HC?D7B C7J; I M?J> J>;?DJ; HD7B <; C7B; J; HC?D7BI E< J>; 8H; 7A7M7O H; 9; FJ79B;. >; B; JJ; H W1 X?D J>; 97J7BE= DKC 8; H E< J>; <KI ; >EB: ; H : ; I?=D7J; I J>?I JOF; J; HC?D7B " 7D: " 3 KD?JI F; HC?J J>; <KI?D= E< JME 9ED: K9JEHI &E7: I?: ; 9ED: K9JEHI 97D8; :?I 9EDD; 9J; : <HECJ>; B?D; I?: ; 9ED: K9JEHI 8O:?I ; D=7=?D=797FJ?L; I J7?DB; I I I J; ; BI 9H; M * EI?J?L; DEDBE7: 8H; 7A :?I 9EDD; 9J <EH DED; D; H=?P; : 9?H9K?JI FHEL?: ; I C7?DJ; D7D9; I 7<; JO" ; BFI FH; L; DJI >E9A ' 7A; I BE7: I ; B; 9JH?97 BO: ; 7: KI ; >EB: ; HI 7H; FEB7H?P; :. >; O 97D 8; KI ; : <EH B?D; JE B?D; EH B?D; JE D; KJH7B BE7: I * EB7H?P7J?ED FH; L; DJI?D7: L; HJ; DJ H; L; HI 7B E< BE7: I?: ; 9ED: K9JEHI FHEL?: ; I 9ECFB?7D9; M?J>( S - ; 9J?ED EJ> BE7: I?: ; J; HC?D7BI 7H; 7BM7OI?: ; DJ?97B 8EJ> B?D; I?: ; J; HC?D7BI 7H; 7BM7OI?: ; DJ?97B * CG D %@? #@5 C< :D@??E. >; 8E: O E< J>; <KI ; H; 9; I I ; I M?J>?D J>; BE7: I?: ; I ; 9J?ED I EJ>7J?J: E; I DEJC7A; ; B; 9JH?97B9EDJ79JM?J>J>; B?D; I?: ; I ; 9J?ED KDJ?B J>; 9EKFB?D= DKJ ; D=7=; I J>; J>H; 7: I ED J>; B?D; I?: ; I ; 9J?ED. >; >EB: ; HI ; 9J?EDJ>KI FHEL?: ; I 7FEI?J?L; C; 7DI E< 8H; 7A?D= EH EF; D?D= 7 DED; D; H=?P; : ; B; 9JH?97B 9?H9K?J<EHC7?DJ; D7D9; 7D: H; F7?H C<HJ) > AE* ACE:@? H; 7L7?B78B; 7I 7DEFJ?EDM?J><KI ; >EB: ; HI #: ; 7 BOI K?J; : <EH 8H; 7A7M7O B?=>J?D= I J7D: 7H: I 7I H; GK?H; : 8O I J7J; 7D: <; : ; H7B >?=>M7O 9EC C?I I?EDI, ; 9; FJ79B; 9EDI?I JI E< 7 <; C 7B; J; J; :?D 7D?DJ; =H7B HK88; H?DI KB7J?D= I B; ; L; 7D: 7D ; NJ; HD7B M?H; 978B; J; HC?D7B. >; <; C 7B; J; HC?D7B J?=>JBO C 7J; I M?J> 7 B?D; I?: ; I EB?: 9EFF; H HE: J; HC?D7B I OC 8EB W1 X E< J>; <KI ; >EB: ; H. >;?DI KB7J?D= C:> A?5* E* CH+C> :?=D H?CF7D: I ; JI 9H; MJOF; J; HC?D7BI 7H; 7L7?B78B; <EH9EFF; H 9ED: G?DE==E:@?+:> EEJI 9EC;?DJME9ED<?=KH7J?EDI <EHI?D=B; 9ED: K9JEH7D: J>; W3X JOF; <EH JME 9ED: K9JEHI?J 7 B :?I ED?DB?D; <KI ; >EB: ; HI ; I?=D; : JE I DK=BO <?J EL; H 9ED: K9JEH?DI KB7J?ED?JI JEM?H; 8O9KJJ?D=E<<J7F; H; : J?F?7C; J; HE<9ED: K9JEH?DI KB7J?ED97DDEJ; N9; ; : #DI?: ; E<8EEJI 7H; JH; 7J; : M?J>I?B?9ED; JE<79?B?J7J; : H7M?D=E<M?H; EEJI 9EC ; 7I 7 I J7D: 7H:?J; C M?J> 8H; 7A7M7O H; 9; FJ79B; I. >; O 7H; EFJ?ED7B 7D: C KI J 8; EH: ; H; : I ; F7H7J; BO <EH <KI ; >EB: ; HI M?J>EKJ 8H; 7A7M7O H; 9; FJ79B; I. 9? C FE:=:K5 I EC 9 E CE?E:@?CBF:CDE9E7FDDCD:K5E> $ * T=@5FCC?E P+A KI ; >EB: ; HI M?J> J; HC?D7B 799; FJ?D= JME 9ED: K9JEHI 97D 8; KI ; : 7I 7J7FE<<9EDD; 9JEH- 7L; I 9EI J7D: C7D>EKHI

172 Panel-Mount and In-Line Fuse Holders 3C " ' " '?5 " '. * E?5C5 EHKI ; M?J> Y N Y <KI ; I :?I EDJOF;! ' &' ; J9 +C> :?=D 7OED; JJOF; ADE8 0?8H7J?EDH; I?I J7DJ EHF7D; BI KFJE Y CCJ>?9A 8?J AAC@G=D / &, ; 9E=D?P; :! K?: ; #&.?B; - ; HJ?<?; : B7I I?B; =EC:=) E:?8D7@C ' * C:D E=@8 %F> 3C > AD FD DC:AE:@? " ' V " ' " %* M?J> + K?9A9EDD; 9J J; HC?D7B " '. " %* M?J>: H?FFHEE< ADE8 :>?D:@?D :?> > FUSE FUSE FUSE 0.78" Punched Mounting Hole 0.505" " (1.8mm mm) A Max B E=@8%F> 3C ' * E?5C5 :E9 * CH +JA"?@3 EHKI ; M?J> Y N Y JE Y <KI ; I 8?J AAC@G=D / &, ; 9E=D?P; :! K?: ; #&.?B; 9/, KI / & 0 B7CC78?B?JO, 7J?D= =EC:=) E:?8D E=@8 %F> 3C > AD FD DC:AE:@? ' CC ' ) &' ( ' & ' # - N <KI ; I ' - N <KI ; I '!! - XN <KI ; I ' - N <KI ; I ' ) ) " &, "., B7I I <KI ; I '. + - FB7I >FHEE<ADE8 <EH <KI ; I ( E - ; HJ?<?97J?ED :>?D:@?D :?> > 1.15" (8.mm) 1.00" (5.mm) 1.31" 1.78" (33.3mm) (5.mm) 0.180" DIA. (.mm) With Fuse.81" (71.mm) 0.88" (.mm).9" (8.3mm) Without Fuse 0.73" " (1.0mm mm) Mounting Hole Flange Rear of Panel 1.031" " (.mm mm) Mounting Hole Flange Front of Panel " ' " ' " '. 1.31" " (33.3mm mm) 0.187" " (.75mm mm) 0.890" " (.mm mm) 1.31" " (33.3mm mm)

173 Fuse Blocks for Midget and Electronic Fuses 3C* * C:D E=@8%F> 3C * C:D $ FD =@<D EH Y N Y N CC<KI ; I > A) E:?8 E:?8 079: 9 $ EC:= -?BL; HFB7J; : 8; HOB?KC9EFF; H9B?FI ( EI?: ; 87HH?; HI - 9H; MJ; HC?D7BI * >; DEB?987I ; E=@8 E Catalog No. of Number Poles Base Length - Inches (mm) /3 (1.) /1 (.0) /3 (70.) / (95.) /3 (119.9) /1 (1.5) /3 (19.0) /8 (193.7) /3 (18.8) /1 (.9) / (9.1) *Base width -3/" (9.9mm) :>?D:@?D :?9D> > 1.0" (5.mm) 0.5" (.mm).75" (9.9mm) %&+ ' EKDJ?D= I 9H; M >EB; :?7C; J; H?I CC EKDJ; HI?DA CC' 7N' EKDJ?D=I 9HM( FD =@<D EH Y N Y <KI ; BE9AI 7H; CEB: ; : <B7C; H; J7H: ; : J>; HCEF7I J?9 B?FI 7H; I FH?D=8HEDP; E:?8 079: 9 8?J AAC@G=D / &, ; 9E=D?P; : KD: ; H ECFED; DJI * HE=H7C?B;! K?: ; #&. - ; HJ?<?; : B7I I?B;?E: :? -?D=B; FEB; 8BE9AI C7O8; EH: ; H; : M?J>EKJJ>; 7DJ?HEJ7J?ED7BF?DI?CFBO 8O7: :?D=7DWXJEJ>; DKC8; HE< FEB; I N7CFB; %- CE@?( F?E:EJ F=< CE@? I >; B<F79A7=; -?D=B; FEB; 7D: FEB; <KI ; 8BE9AI V ' KBJ?FB; FEB; <KI ; 8BE9AI V FEB; FEB; 1 >; DEH: ; H?D=8KBAGK7DJ?J?; I FH; <?NW %XJE97J7BE= DKC8; H N7CFB; %- - ( * Bolt-in Mounting *Basic Poles Series Terminal Amps Angle Cat. No. (Suffix) S-8000 Solder UL 5A 0 S CSA 1A 0 S-800- S-8 3/1" Quick UL 0A 0 S Connect CSA 1A 0 S S-800 Connect CSA 1A 0 S-80- Side S-803-1/" Quick UL 0A 0 S-801- S-8301 Screw UL 30A CSA 10A S Snap-in Mounting (Poles available in single-pole only) Series Terminal Amps Angle Cat. No. S-8000 Solder S-8 S-800 UL 5A 0 S SNP CSA 1A 0 S SNP 3/1" Quick UL 0A 0 S SNP Connect CSA 1A 0 S SNP 1/" Quick UL 0A 0 S SNP Connect CSA 1A Side S SNP Catalog Part Number System BK/ S SNP -R Prefix for Bulk Packing S-8000 Series Type Terminal 0 -Solder; 1-3/1" Quick Connect; -1/" Quick Connect; 3 -Screw Terminal Angle 01 -straight (0 ); 0-0 ; 03 -side* Number of Poles (01-1) Snap-In RoHS * Available only in a single pole

174 HVAC Disconnect Fused and Non-Fused $ E==: FD5 :D@??E $ E==: %@? FD5 :D@??E E=@8%F> 3C * C:D ) :?AC@@7 F==@FE,?:ED KI ; : ( ED KI ; :! #[7D: 78B; 1 >?F $ E==: ) E:?8D -?D=B; * >7I ; 1?H; 079 / &! K?: ; 1! 1 8?J AAC@G=D / &&?I J; : JE/ & - ; HJ?<?97J?ED. :C)?8 1! B K EFCD R ( ', ; D9BEI KH; R ECF79J: ; I?=D8KJE<<; HI 7CFB; MEHA?D=I F79; R #DJ; HD7BI >?; B: 97D8; H; CEL; : M?J>EKJJEEBI R - F; 9?<?97J?EDI 7H; FH?DJ; : ED?DJ; HD7BI >?; B: R %DE9AEKJI ED879A8EJJEC7D: 8EJ>I?: ; I R?D=; HI 7<; 9EDI JHK9J?ED R * 7: BE9A78B; E=@8 E Main Maximum HP 1 Approx. Dim. Rating Catalog Number/Description 10Vac 0Vac H x W x D (in.) 30A B1-30F* Fused Disconnect (Class H or R) x x A B1-30FGF Fused Disconnect with GFCI (Class H or R) x 7 1 x 3 0A B-0F* Fused Disconnect (Class H or R) x x A B-0FGF Fused Disconnect with GFCI (Class H or R) x 7 1 x 3 0A B-0NF Non-fused Disconnect x 7 1 x 3 0A B-0NFGF Non-fused Disconnect with GFCI x 1 x 1 *Suitable for use as service equipment with optional field installed lug kit number B-DPOG. 1 Rated with Edison ECNR and LENRK dual-element time-delay fuses.

175 Fuse Reducers Class H, J, K, and R FDD) 5FCD7@C =DD! " ) FDD 8?J AAC@G=D / &&?I J; :! K?: ; #,?B; - ; HJ?<?; : B7I I?B; FD) 5FCD7@C =DD! :>?D:@? FDD! #! #! E=@8%@' :CD FD D:C5 ) 5FC * :K * :K %@ $ $ $ $ Q $ Q $ Q $ $ Q $ Q( EJ<EH EBJED FFB?97J?EDI * HE: K9J: E; I DEJ>7L; / &EH - 9; HJ?<?97J?ED FD) 5FCD7@C =DD) :>?D:@? FDD %) # %) " % #) * ) # * ) " * #) E=@8%@' :CD - - FD D:C5 ) 5FC ) 5FC * :K * :K %@ %@ ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), ( ), * HE: K9J: E; I DEJ>7L; - 9; HJ?<?97J?ED -?D=B; H; : K9; HEDBOF7?HDEJH; GK?H; : ( EJ; 7HJEDGK7DJ?JO F7?H EFCD R KI ; H; : K9; HI?DI J7 BED<KI ; I 7D: F; HC?JI C7 B; HI?P; <KI ; I JE8; KI ; :?DB7H=; H7CFI?P; I M?J9>; I 7D: 8BE9AI R, ; : K9; HI M?B<?J?DJE7DOF7D; BEHI M?J9>?D9BK:?D=J>; : ; 7: <HEDJJOF; R- JHED=9EDJ79J?I C7?DJ7?D; : 8EJ>C; 9>7D?97 BO7D: ; B; 9JH?97 BO R/ &&?I J; : R. >; H; 7H; DEH; : K9; HI JE=E<HEC 0JE 0 R. >; H; 7H; DEH; : K9; HI <EHI M?J9>?D=<HECED; <KI ; 9B7I I JE 7DEJ>; H R. >; H; 7H; DEH; : K9; HI <EH B7I I. EH B7I I &<KI ; I FD) 5FCD7@C =DD " :>?D:@? FDD " &% ) %' &% % " &* ) * * E=@8%@' :CD - - FD D:C5 ) 5FC ) 5FC * :K * :K %@ %@ ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) ( ) * HE: K9J: E; I DEJ>7L; - 9; HJ?<?97J?ED CROSS REFERENCE EDISON MERSEN LITTELFUSE NO.3 None LRU3M NO.13 H103 LRU13M NO.1 H10 LRU1 NO. None None NO.3 None LRU3M NO.1 H10 LRU1 NO. None None NO.1 None LRU1 NO.1 None None NO. None LRU NO.1 None None NO. None None NO. None None

176 Fuse Accessories 3C*, * * AC FD 3:?E * :K " M?: ; N " >?=>N " : ; ; F +, ) * R - JKH: OI JEH7=; 978?D; J9EDI JHK9J?ED>EB: I I F7H; <KI ; I R 78?D; J: EEH; GK?FF; : M?J>BE9A?D=>7D: B; R KH78B; 87A; : - =H; O; D7C; B R ' EKDJ?D=>EB; I M?J>A; OI BEJ?D9>; I ED9; DJ; H E=@8%F> 3C* * # I ECD9=77@CDAC7FD3:?E * AC" J E=@8%F> 3C ' ' ' ' ' FDAF==CD E=@8 E Catalog For Fuse Carton Number Diameter Qty. Fuse Type FP- 13/3" to 13/1" 10 FP-3 1" to 1-3/" 10 FP- 1-3/" to -1/" 1 FP- 13/3" to 13/1" 1 FP-A3 1/" diameter and automotive blade fuses CROSS REFERENCE NEW EDISON OLD EDISON FP FP FP A, 50V 0 30A, 00V 70 00A, 50V 35 00A, 00V 5 00A, 50V 5 00A, 00V Class T Fuses 0 0A, 300/00V Electronic glass and blade type FD =:A => AD E=@8 E Clamp Size Weight Volts Amps Cat. No. Ctn. Qty. Lbs. Kg A NO A NO A NO A NO A NO A NO or A NO A NO CROSS REFERENCE NEW EDISON LITTELFUSE NO.1 LCC1 NO. LCC NO. LCC NO.5 LCC5 NO. LCC NO.7 LCC7 NO.8 LCC8

177 * FC8' & M T - 0T, +0 Description The SurgePOD HEAVY DUTY is a Type 1 UL Listed 19 3 rd Edition surge protective device suitable for installation on both the loadside or lineside of the service entrance overcurrent protective device. Available in voltage and system specific versions to match electrical system and equipment requirements. The SurgePOD HEAVY DUTY delivers optimum surge protection using advanced patent pending SurgePOD module featuring thermal disconnect technology that eliminates the need for additional overcurrent protection. Parallel connection to the electrical system permits the SurgePOD HEAVY DUTY SPD to be installed on any ampacity panel. Type 1 UL 19 3 rd Edition Listed SPDs are easily selected and installed on the loadside or lineside of the service entrance overcurrent protective device Patented SurgePOD module technology eliminates the need for additional fusing Voltage specific models precisely match and protect electrical systems and equipment up to 00Vac Compact UV resistant NEMA X for indoor or outdoor applications easyid LED status indicator provides surge protection status at a glance Dimensions - in 3-3/8-1/1-1/1-1/8 7/8 1-1/1 Dia. 1-11/1 1-11/1 3-3/1-1/1 SPH50SP110SN SPH50SP10SN SPH50SP137SN SPH50SP10SNG SPH50SP0SNG SPH50SP37SNG SPH50SP0PN SPH50SP80PN SPH50SP30PNG SPH50SP380PNG SPH50SP30DLG SPH50SP380DLG SPH50SP0HLG SPH50SP80HLG NEMA X Rated Heavy Duty Type 1 UL Listed SPD Type 1 SPD Part Number System SPH = Product Series Surge Protection Heavy Duty Surge Rating 50S = 50kA max discharge current No of Wires/Poles P1 = 1 P = P3 = 3 P = Rated System Voltage 10, 08, 0, 37, 80, 00Vac easyid LED Status Indicator SPD Type SPH50SP308WYG SPH50SP380WYG SPH50SP300WYG SPH50SP08WYNG SPH50SP80WYNG SPH50SP00WYNG SPH 50S PX XXX XXX System SN = Single-Phase Wire, Connection Points SNG = Single-Phase Wire + G, 3 Connection Points PN = Split-Phase 3 Wire, 3 Connection Points PNG = Split-Phase 3 Wire + G, Connection Points DLG = Three-Phase Delta 3 Wire + G, Connection Points HLG = Three-Phase Highleg Delta Wire + G, 5 Connection Points WYG = Three-Phase Wye 3 Wire, Connection Points WYNG = Three-Phase Wye 3 Wire + G, 5 Connection Points