Why Choose the Mersen NH2GG40V80 NH Fuse-Link?
The Mersen NH2GG40V80 is a premium NH size 2 gG fuse-link designed to provide full-range protection against overloads and short circuits in industrial electrical installations. Rated at 80 A and 400 V AC, it is ideal for protecting cables, conductors, switchgear and power distribution equipment in commercial and industrial applications.
Its gG utilisation category provides complete protection throughout the fuse-link's operating range. The NH2GG40V80 safely interrupts overload currents and high fault currents while its current-limiting performance helps minimise thermal and mechanical stress on downstream electrical equipment, improving system reliability.
Manufactured to the DIN NH standard, the fuse-link incorporates a robust ceramic body, blade contacts, live gripping lugs and a double indication system. Its NH2 construction enables straightforward installation into compatible NH fuse bases, fuse-switch disconnectors and industrial power distribution equipment.
Key Advantages
- Provides full-range overload and short-circuit protection.
- 80 A rated current for industrial power distribution circuits.
- 400 V AC rated voltage for low-voltage installations.
- 100 kA AC breaking capacity for dependable fault interruption.
- Current-limiting operation helps reduce damaging fault energy.
- Double indication system provides rapid fuse status identification.
- Standard NH2 construction fits compatible industrial fuse equipment.
Key Features
- Mersen NH gG 400 V fuse-link series.
- NH2 fuse size.
- 80 A rated current.
- 400 V AC rated voltage.
- gG full-range operating characteristic.
- 100 kA AC breaking capacity.
- Double visual indication system.
- Live gripping lugs.
- Blade contacts.
- High-strength ceramic body.
Reliable Full-Range Circuit Protection
The Mersen NH2GG40V80 is engineered to protect industrial electrical systems by interrupting both overload currents and severe short-circuit faults. Its gG characteristic makes it suitable as a general-purpose protective device for cables, conductors and electrical equipment throughout low-voltage distribution systems.
Its current-limiting design reduces the peak fault current and energy passed to downstream components, helping minimise damage to switchgear, busbars and connected equipment while improving overall system reliability.
Typical Applications
- Industrial power distribution boards.
- Main switchboards.
- Cable and conductor protection.
- Machine control panels.
- OEM electrical equipment.
- Commercial and industrial low-voltage installations.
