DIN 000 FUSES GERMAN STANDARD. grb-urb FROM 20 TO 400A APPLICATIONS DATA

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1 6,9 grb- SEMIONDUTOR protection Fuses GERMAN STANDARD - 69 v ac grb- FROM TO A Size: Features/Benefits Extremely high Interrupting rating Fuses: Protection of power Semiconductors according to269. and 4-69V Voltage Rating [Rating to A] gr lass [grb Ratings to A] according to VDE Full range protection -Improved safety and protection -Allows selective coordination ar lass [urrent Rating A] According to VDE 6-23 and IE Models complying with DIN are: -With or without blown fuse indication -With trip indicator Model complying with DIN 436 () -Standard with or without blown fuse indication -With trip indicator APPLIATIONS DATA Voltage rating U N ( V ) lass urrent rating I N ( A ) MELTING I 2 ms (A 2 s) Total clearing I 2 66 VA (A 2 s) Watt losses.8 I N I N Tested interrupting rating Estimated interrupting rating grb k 66 V k 66 V k V 3 k 66 V 3 k 66 V Minimum operating voltage for blown fuse indicator: V D

2 6,9 grb- SEMIONDUTOR protection Fuses German Standard blade-type DIN 436** Microswitches MS 4L 2-5 B6 + PRES Ref. F56 MS 4L 2-5 B2 + PRES Ref. G57 * Fuse Base: 2-G Weight: g Packaging: 3 pieces SIZE atalog No.** REF # I/I N ,9 GRB PV 6 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 GRB PV 6,9 URD PV 6,9 URD PV 6,9 URD PV 6,9 URD PV 6 6,9 URD PV 6,9 URD PV 2 6,9 URD PV 35 5 PV 3 5 PV ** These Fuses are not UL recognized Y69 Z6 A6 B62 D64 E65 F66 G67 H68 Q359 V3 X365 B369 D37 H375 M379 R626 S627 5,8,65 D German Standard without blown fuse indicator * Fuse Base: SI DIN Ref. Number: 27 Weight: g Packaging: 6 pieces SIZE atalog No. REF # I/I N * ,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 GRB D8 / 6,9 D8 / 6,9 D8 / 6,9 D8 / 6,9 D8 / 6 6,9 D8 / 6,9 D8 / 2 6,9 D8 / 35 5 D8 / 3 5 D8 / D333 E333 F33 G3333 H3334 J3335 A3373 S332 T333 K3336 L3337 M3338 N3339 P33 Q334 R3342 V334 D339,8,65 D 5

3 6,9 grb- SEMIONDUTOR protection Fuses German Standard with blown fuse indication urrent Rating atalog No. REF # I/N FE BASE* * Fuse Base: SI DIN Ref. Number: 27 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 grb DO8V/ 6,9 DO8V/ 6,9 DO8V/ 6,9 DO8V/ 6,9 DO8V/6 6,9 DO8V/ 6,9 DO8V/2 6,9 DO8V/35 5 DO8V/3 5 DO8V/ P337 Q338 R339 S33 T332 V3322 G332 Q33 R33 W3323 X3324 Y33 Z3326 A3327 B W335 E3392 5,8,65 German Standard with separate blown fuse trip-indicator urrent Rating atalog No. REF # I/N FE BASE* ,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 grb DO8L/ 6,9 DO8L/ 6,9 DO8L/ 6,9 DO8L/ 6,9 DO8L/6 6,9 DO8L/ 6,9 DO8L/2 6,9 DO8L/35 5 DO8L/3 5 DO8L/ Microswitch M 4L 2-5 B6 + PRES Ref. Number: F56 M 4L 2-5 B2 + PRES Ref. Number: G57 *Fuse Base: SI DIN Ref. Number: 27 J3373 K3374 L3375 M3376 N3377 P3378 Q3379 R33 S338 T3382 V3383 W3384 X3385 Y3386 Z3387 A3388 B3389 F3393,8,65 D 52

4 6,9 grb-/5 SEMIONDUTOR protection Fuses Total learing I 2 t 6 I 2 t (A 2 s) ms (5 ms) ms (2,5 ms) 8 ms (,8 ms) 7 ms (,5 ms) 6 ms (,3 ms) 5 ms ( ms) 4ms (,8 ms) 3 ms (,6 ms) 2 ms (,4 ms),5 ms (,3 ms) 5 4 D Ip (A) Above: Horizontal curves show, for each rated current, values of total clearing I 2 t as a function of prospective current UN with cosj =.5. Horizontal lines indicate total clearing duration I t, with associated pre-arcing duration in brackets. learing I 2 t vs. A Operating Voltage Maximum Arc voltage vs. System Voltage.4 K Um(V) orrection Factor for I 2 t Max Peak Arc Voltage 6 Determines the peak arc voltage across the fuse terminals as a function of applied voltage 66 Operating Voltage orrection factor to determine I 2 t value for a fuse operating below its rated voltage. 6 7 ircuit Voltage D 53

5 6,9 grb- SEMIONDUTOR protection Fuses Melting Time - urrent data t (s) 4 grb t (s) Time in Seconds a=3 A2=.6 B=. B2=.6 f3=.8 Time in Seconds ' ' a=3 A2=.6 B=. B2=.6 f3= I (A) I (A) urrent in Amperes urrent in Amperes urves show, for each rated current, pre-arcing (melt) time vs. R.M.S. pre-arcing current. Peak Let Tru Data Max Instantanious Peak Let Thru urrent I p (A) Ic = 2.5 Ic = E 2 Ip grb A A A A A A A A A Max Instantanious Peak Let Thru urrent Ic = 2.5 Ic = E 2 Ip I a (A) A 3 A 35 A 2 A A 6 A A A A Available urrent in RMS Symmetrical Amperes Available urrent in RMS Symmetrical Amperes urves show, for each rating, value of peak-let-through current Ic as a function of availible fault current lp. D 54

6 6,9 grb- SEMIONDUTOR protection Fuses D Voltage apability vs. Time onstant D Peak Arc Voltage L/R (ms) Um (V) Time onstant L/R d c b a Peak Arc Voltage 6 L/R = ms L/R = ms L/R = ms D D Voltage apabilities System Voltage Provides the D voltage capability of a fuse as a function of circuit time constant (L/R ratio). urve a: Ratings from to 6 A urve b: Ratings A urve c: Ratings from 2 to 35 A urve d: Ratings from 3 to A Above: urve indicates peak arc voltage Um which may appear across fuse terminals at D working voltage U. Watts Loss orrection Factor P/Pn I/In Above: orrection factor to determine watts loss value for a fuse operating below its rated current. D 55