H1030499 - NH22GTR250KVA
DIN NH Standard fuse-link gTr Size NH2 400VAC 361A 250KVA live tags Center indicator Body width 50 mm
P1030505A - NH3GTR250KVA
DIN NH Standard fuse-link gTr Size NH3 400VAC 361A 250KVA live tags Center indicator Body width 50 mm
K1030501A - NH3GTR75KVA
DIN NH Standard fuse-link gTr Size NH3 400VAC 108A 75KVA live tags Center indicator Body width 50 mm
T1028692 - NH2GTR75KVA
DIN NH Standard fuse-link gTr Size NH2 400VAC 108A 75KVA live tags Center indicator Body width 40 mm
L1030502A - NH3GTR100KVA
DIN NH Standard fuse-link gTr Size NH3 400VAC 144A 100KVA live tags Center indicator Body width 50 mm
S1030508A - NH32GTR100KVA
DIN NH Standard fuse-link gTr Size NH3 400VAC 144A 100KVA live tags c. Center indicator Body width 71 mm
V1028693 - NH2GTR100KVA
DIN NH Standard fuse-link gTr Size NH2 400VAC 144A 100KVA live tags Center indicator Body width 40 mm
X1028718 - NH4AGTR100KVA
DIN NH Standard fuse-link gTr Size NH4a 400VAC 144A 100KVA live tags Center indicator Body width 72.9 mm
J1028706A - NH3GTR125KVA
DIN NH Standard fuse-link gTr Size NH3 400VAC 180A 125KVA live tags Center indicator Body width 50 mm
NH fuse-links gG 500VAC , middle indicator/live gripping-lugs size 4, 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.
Type "gG" NH fuse-links are full range breaking capacity fuse-links and are used to protect cables and equipment. They can interrupt any current surge, from the lowest fusing current up to their breaking capacity, and so can be used alone as protection. They also protect electrical devices and industrial set-ups from the electrodynamic effects of very high short-circuit currents.