Product
R091946 - MIS1LC6P
Fuse Holder Size 6.3x32 IEC 250VAC 1-Pole IP2X Upstream clips and downstream clamp - without lock
All products
11966 products
Product
W091973 - MIS1LC6PV
Fuse Holder Size 6.3x32 IEC 250VAC 1-Pole IP2X Upstream clips and downstream clamp with lock
Product
W092088 - MIS1C6P+N
Fuse Holder Size 5x20 IEC 250VAC 1-Pole IP2X Hole clamps
Product
X085879 - MIS1LC6P+N
Fuse Holder Size 5x20 IEC 250VAC 1-Pole IP2X Upstream clips and downstream clamps
Product
X092089 - MIS1LL6P+N
Fuse Holder Size 5x20 IEC 250VAC 1-Pole IP2X 6.3 mm clips 6.3 mm clips
Product
Z091746 - MIS1LL6
Fuse Holder Size 6.3x32 IEC 250VAC 1-Pole IP2X 6.3 mm clips - without handle 6.3 mm clips - without handle
Series
Fuse-bases for NH gPV Photovoltaic fuse-links
NH GPV fuse-bases are available in 1000Vdc and 1500Vdc in sizes NH1, NH2 NH1XL and NH2XL-3L. Single phase type. Screw connection. Open designs and with touch safe protection for fuse links with plein blade contacts.
Materials according RoHS, and following IEC and UL standards
Materials according RoHS, and following IEC and UL standards
Product
A1030607 - HPBB11PPR
Fuse-base for gPV Photovoltaic fuse-links Size NH, NH1 250A 1-Pole open design
Product
Z1032492 - 04735.000000
DIN Fuse base Innozed® Size D02 400VAC 250VDC 63A 3-Pole with touch protection DIN rail acc. EN 60715 mounting E18
Series
NEOZED D0 fuse-bases 400VAC
The D0 fuse-system is installed in low voltage ditribution units, where fuse-links are accessible to non trained persons and can also be replaced by them.
This system is the newest generation of screw fuse-system in the german DIN standard and is designed for 400VAC/250VDC networks.
The D0 fuse-bases are available in the sizes D01, D02 and D03.
This system is the newest generation of screw fuse-system in the german DIN standard and is designed for 400VAC/250VDC networks.
The D0 fuse-bases are available in the sizes D01, D02 and D03.
D0 fuse-bases are used in combination with D0 fuse-links for the protection of cables and power lines. D0 fuse-links limit and cut-off unacceptable overcurrents and short circuit currents up to their nominal breaking capacity. They also protect equipments and installations against dynamic effects of high short circuit currents.