M1019256 - BTIA69V20
British Standard fuse-link IEC BS88 gG Type A2 690VAC 460VDC 20A BTIA Offset Tag
N1019257 - BTIA69V25
British Standard fuse-link IEC BS88 gG Type A2 690VAC 460VDC 25A BTIA Offset Tag
P1019258 - BTIA69V32
British Standard fuse-link IEC BS88 gG Type A2 690VAC 460VDC 32A BTIA Offset Tag
H1019275 - BTCP69V36
British Standard fuse-link IEC BS88 gG Type A4 690VAC 460VDC 36A BTCP Offset Tag
N1006584 - BTIS69V36
British Standard fuse-link IEC BS88 gG Type A3 690VAC 460VDC 36A BTIS Offset Tag
S1019261 - BTIA69V36
British Standard fuse-link IEC BS88 gG Type A2 690VAC 460VDC 36A BTIA Offset Tag
J1030523 - NH4A2GTR630KVA
DIN NH Standard fuse-link gTr Size NH4a 400VAC 909A 630KVA live tags Center indicator Body width 98 mm
K1030524 - NH4A2GTR800KVA
DIN NH Standard fuse-link gTr Size NH4a 400VAC 1155A 800KVA live tags Center indicator Body width 98 mm
L1030525 - NH4A2GTR1000KVA
DIN NH Standard fuse-link gTr Size NH4a 400VAC 1443A 100KVA live tags Center indicator Body width 98 mm
NH fuse-links gTr 400VAC, top indicator/live gripping-lugs size 2, 3, 4a
The NH system is classified among plug-in fuse systems and is composed of:
* fuse-base, (possibly including terminal covers and phase barriers)
* fuse-link with blade contact
* fuse-link replacement device (LV HRC fuse puller)
Since the design of this system cannot guarantee non-interchangeability of rated current, it must be handled by a qualified professional.
* fuse-base, (possibly including terminal covers and phase barriers)
* fuse-link with blade contact
* fuse-link replacement device (LV HRC fuse puller)
Since the design of this system cannot guarantee non-interchangeability of rated current, it must be handled by a qualified professional.
NH-fuse links „gTr“ are used for the protection of transformers. The time/current characteristic is especially adapted to that of the protected transformer and implies optimal selectivity to NH-fuse links characteristic gG. The fuses can be loaded with 1,3 times nominal current for up to 10 hours. The fuse link operates at 1,5 times nominal transformer current within 2 hours.