Fuse link - NH1C gG 10A/500V - time-lag 004184204

NH1C Fuse Links – Reliable Installation Protection

NH1C gG fuse links are a proven safety element for electrical installations, protecting against the effects of overloads and short circuits. Designed for use with fuse bases and disconnectors, they provide a quick and effective response in the event of a failure, protecting wires and equipment from damage. They are ideal for both professional installers and end-users looking for reliable protection.

Construction and Application

NH1C gG fuse links are characterized by a construction based on a steatite body – a material with high thermal stability. The knife contacts made of silver-plated brass guarantee good electrical contact and minimize voltage drop. The version with a double tripping indicator (red eye in the ceramic body and a springy plate on the cover) makes it easy to quickly identify a blown fuse, which is particularly important when servicing installations. This fuse link is used in AC circuits with a voltage of 500V and a rated current of 10A, offering comprehensive protection against overloads and short circuits.

Key Features and Benefits

• Double tripping indicator: ensures easy and quick identification of a blown fuse – both visually in the base and in the disconnector.
• gG characteristic: indicates full-range protection against overload and short circuit, guaranteeing versatile use in various installations.
• Durable construction: steatite body and silver-plated knife contacts ensure high reliability and long life.
• Compliance with standards: the product meets the requirements of IEC 60269-1 and IEC 60269-2 standards, confirming its safety and quality.
• Rated breaking capacity of 120kA: allows effective interruption of a high-value short-circuit current, minimizing the risk of damage to the installation.
• Combined indicator (double): enables cooperation with NVS 5 micro-switch for remote signaling of fuse link operation.
• Rated current 10A: ideal for protecting circuits with a specific current intensity.