Page 317 - Ferraz semiconductor DIN

Semiconductor fuses
Semiconductor (AC) fuses

®
Other Protistor Fuses
Ferrule Fuses
10x38 gRB - 690VAC

Dimensions / Reference / Ref. No.

Rating (A) Designation Ref. Number Catalog Number
1 6,9 gRC 10-01 - A070 gRC 01 T13 Z330279 FR10GB69V1
1,25 6,9 gRB 10-1,25 - A070 gRB 1.25 T13 X330001 FR10GB69V1.25
1,5 6,9 gRB 10-1,5 - A070 gRB 1.5 T13 Y330002 FR10GB69V1.5
2 6,9 gRB 10-02 - A070 gRB 02 T13 Z330003 FR10GB69V2
2,5 6,9 gRB 10-2,5 - A070 gRB 2.5 T13 A330004 FR10GB69V2.5
3 6,9 gRB 10-03 - A070 gRB 03 T13 B330005 FR10GB69V3
4 6,9 gRB 10-04 - A070 gRB 04 T13 C330006 FR10GB69V4
5 6,9 gRB 10-05 - A070 gRB 05 T13 D330007 FR10GB69V5
6 6,9 gRB 10-06 - A070 gRB 06 T13 E330008 FR10GB69V6
8 6,9 gRB 10-08 - A070 gRB 08 T13 F330009 FR10GB69V8
10 6,9 gRB 10-10 - A070 gRB 10 T13 G330010 FR10GB69V10
12,5 6,9 gRB 10-12,5 - A070 gRB 12.5 T13 H330011 FR10GB69V12.5
16 6,9 gRB 10-16 - A070 gRB 16 T13 J330012 FR10GB69V16
20 6,9 gRB 10-20 - A070 gRB 20 T13 K330013 FR10GB69V20
25 6,9 gRB 10-25 - A070 gRB 25 T13 L330014 FR10GB69V25
30 6,9 gRB 10-30 - A070 gRB 30T13 M330015 FR10GB69V30
32* 6,9 gRB 10-32 - A070 gRB 32T13 Y330278 FR10GB69V32
* Non approval rating
DC working voltage possibilities

Above: Curve indicating the maximum time constant
Without trip-indicator
L/R of the fault path as a function of the DC voltage U,
Max. weight 10g
for the rated currents from 1 to 30 A of this range. Packaging: per 10 pieces
Time-current characteristics: Curves indicate, for each
1
38 ±0,6 (1-/ 2”)
rated current, pre-arcing time as a function of RMS
10
value of pre-arcing current I.
Tolerances on this current:
±10% = ratings from 1 to 6 A
±9% = ratings from 8 to 30 A
Ø10,3 ±0,1 (1.3/32”)
Fuses with “gR” characteristics can eliminate all overloads.
They do not show any minimum breaking capacity but limit currents of
non-operation or operation in compliance with standard VDE 636/23.
Cut off characteristics: Curves indicate, for each rated current, the peak
value Ic that the current may reach as a function of prospective fault cur-
rent Ip.

SCAC169
12/04