MERSEN FUSE NH 2C 250A 400V GG NH2GG40V250

Why Choose the Mersen NH2GG40V250 NH Fuse-Link?

The Mersen NH2GG40V250 is a high-performance DIN NH gG fuse-link engineered to provide dependable full-range protection against overloads and short circuits in low-voltage electrical distribution systems. As part of the trusted Mersen NH gG 400 V AC fuse-link series, it is designed to protect cables, feeders, switchgear and industrial power distribution equipment in demanding commercial and industrial environments.

Designed in accordance with IEC standards, the NH2GG40V250 combines exceptional current-limiting performance with a high breaking capacity, helping minimise thermal and mechanical stress during fault conditions. Its robust ceramic body, double indication system and live gripping lugs ensure reliable operation while enabling rapid identification and safe replacement of an operated fuse.

With a rated current of 250 A and a rated voltage of 400 V AC, this NH Size 2 fuse-link is ideal for industrial switchboards, motor control centres, distribution panels and OEM electrical equipment. Its DIN-standard design ensures compatibility with standard NH Size 2 fuse bases and switch disconnectors.

Key Advantages

• Full-range gG protection against overloads and short circuits.
• 250 A rated current for industrial power distribution.
• 400 V AC rated voltage.
• 100 kA breaking capacity for dependable fault interruption.
• Excellent current limiting characteristics reduce equipment damage.
• Double indicator enables quick visual identification of an operated fuse.
• Compatible with standard DIN NH Size 2 fuse bases.

Key Features

• Mersen NH gG 400 V AC fuse-link series.
• DIN NH Size 2.
• 250 A rated current.
• 400 V AC rated voltage.
• General-purpose gG operating characteristic.
• Double fuse operation indicator.
• Live gripping lugs.
• Ceramic fuse body.
• Body width of approximately 40 mm.
• RoHS compliant.

Reliable Protection for Industrial Electrical Systems

The Mersen NH2GG40V250 provides reliable overcurrent protection by safely interrupting overloads and short-circuit faults before they can damage electrical equipment. Its gG characteristic makes it suitable for protecting cables, switchgear, distribution feeders and general-purpose low-voltage circuits.

Its excellent current limiting performance reduces thermal stress and electrodynamic forces during faults, helping improve equipment longevity while supporting safe and reliable operation in demanding industrial environments.

Typical Applications

• Industrial switchboards.
• Main and sub-distribution panels.
• Power distribution feeders.
• Motor control centres.
• OEM electrical equipment.
• Commercial electrical installations.
• Infrastructure and utility projects.