Why Choose the Mersen NH1GG50V16 NH Fuse-Link?
The Mersen NH1GG50V16 is a high-quality DIN NH gG fuse-link designed to provide full-range protection against overloads and short circuits in low-voltage electrical distribution systems. As part of the trusted Mersen NH gG 500 V AC fuse-link range, it delivers dependable protection for industrial switchgear, distribution panels, motor circuits and commercial electrical installations.
Manufactured to IEC standards, the NH1GG50V16 features a robust ceramic body, double indication system and live gripping lugs, allowing safe installation and quick identification of a blown fuse. Its high current limiting capability helps minimise damage to cables and electrical equipment during fault conditions while improving overall system reliability.
With a rated current of 16 A, a 500 V AC rating and a 250 V DC rating, this NH Size 1 fuse-link is suitable for protecting feeders, lighting circuits, control panels and industrial distribution equipment where reliable overcurrent protection is required.
Key Advantages
- Full-range gG protection against overloads and short circuits.
- 16 A rated current for low-voltage distribution systems.
- 500 V AC and 250 V DC ratings.
- Excellent current limiting performance.
- Double indication enables rapid fuse status identification.
- Compatible with standard DIN NH Size 1 fuse bases.
- Suitable for industrial, commercial and OEM electrical installations.
Key Features
- Mersen NH gG fuse-link series.
- DIN NH Size 1.
- 16 A rated current.
- 500 V AC rated voltage.
- 250 V DC rated voltage.
- General-purpose gG operating characteristic.
- Double fuse operation indication.
- Live gripping lugs.
- Ceramic fuse body.
- RoHS compliant.
Reliable Protection for Electrical Distribution
The Mersen NH1GG50V16 provides dependable protection for low-voltage circuits by interrupting overloads and short-circuit faults before damage occurs. Its gG operating characteristic makes it suitable for protecting cables, switchgear, feeders and general electrical installations.
Its high breaking capacity and current limiting performance help reduce thermal and mechanical stress on connected equipment, improving electrical safety and reducing maintenance costs.
Typical Applications
- Industrial switchboards.
- Commercial electrical installations.
- Power distribution panels.
- Lighting distribution circuits.
- Motor control centres.
- OEM electrical equipment.
- Infrastructure and utility installations.
