Why Choose the Mersen NH00GG69V32 NH Fuse Link?
The Mersen NH00GG69V32 is a premium DIN NH gG fuse link designed to provide full-range protection for low-voltage electrical distribution systems, cables and industrial equipment. Manufactured by Mersen, this NH00 fuse link delivers dependable overload and short-circuit protection while complying with IEC NH fuse standards for demanding industrial and commercial applications.
As part of the trusted Mersen NH gG 690 V AC fuse range, the NH00GG69V32 features live gripping lugs and a double indication system, enabling rapid identification of an operated fuse and safer replacement using an appropriate NH fuse puller. Its current-limiting performance helps reduce thermal and mechanical stresses on switchgear, cables and connected equipment during fault conditions.
With a 32 A rated current, a 690 V AC operating voltage, 250 V DC rating and a high 120 kA AC breaking capacity, the NH00GG69V32 is ideally suited for industrial switchboards, power distribution systems and commercial electrical installations requiring reliable circuit protection.
Key Advantages
- Full-range gG protection for cables and electrical equipment.
- 32 A rated current for industrial distribution circuits.
- 690 V AC and 250 V DC rated voltage.
- 120 kA AC breaking capacity for dependable fault interruption.
- Current-limiting design helps minimise fault energy.
- Integrated double indication system for quick fuse status identification.
- Live gripping lugs enable safer fuse replacement.
- Designed to IEC and DIN NH standards.
Key Features
- Mersen NH gG fuse link series.
- NH00 DIN fuse size.
- 32 A rated current.
- 690 V AC rated voltage.
- 250 V DC rated voltage.
- Full-range gG operating characteristic.
- 120 kA AC breaking capacity.
- Double operating indicator.
- Live gripping lugs.
- Ceramic fuse body.
- Body width approximately 30 mm.
- Clip mounting in compatible NH fuse bases.
Reliable Protection for Low-Voltage Distribution
The Mersen NH00GG69V32 incorporates a full-range gG operating characteristic, allowing it to interrupt currents from sustained overload conditions through to high prospective short-circuit currents. This makes it suitable as a standalone protective device for cables, conductors and general electrical equipment.
Its current-limiting performance helps minimise the thermal and electrodynamic effects of electrical faults, improving the protection of switchgear, busbars, wiring and connected equipment while contributing to improved system reliability.
Typical Applications
- Industrial switchboards.
- Commercial electrical distribution systems.
- Cable and feeder protection.
- Distribution panels.
- Industrial machinery.
- Infrastructure and utility installations.
