Fuse link, LV, 20 A, AC 500 V, NH000, gL/gG, IEC, double indicator 20NHG000B

Low-voltage NH000 fuse link – reliable circuit protection

This fuse link, with a rated current of 20A and a voltage of 500V AC, is a key element in protecting electrical installations. Designed to work with circuits requiring protection against overload and short circuit, it performs well in both professional and domestic applications. Manufactured in accordance with IEC 60269, it ensures high reliability and safety of use.

Characteristics and application

The fuse link is characterized by gG (or gL) characteristics, which means it provides protection for both wiring and connected devices. This is an ideal solution for circuits powering various types of receivers, where protection against the effects of overloads and short circuits is important. Its NH000 design makes it compatible with a wide range of fuse disconnectors. The dual blown indicator facilitates quick identification of a blown fuse – saving time during diagnostics and repairs.

Advantages and design features

• Versatility: Suitable for protecting AC circuits with a voltage of up to 500V.
• High breaking capacity: Provides effective protection against the effects of short circuits.
• Blown indicator: Allows for quick visual identification of a blown fuse – no need to remove the fuse to check its status.
• Compliance with standards: Meets the requirements of IEC 60269-1 and IEC 60269-2 and DIN 43620, guaranteeing safety and reliability of operation.
• gG/gL characteristic: Provides optimal protection for both wiring and connected devices.
• Solid construction: Made of high-quality materials ensuring durability and resistance to environmental conditions.
• Easy installation: Compatible with standard NH000 fuse disconnectors – installation is efficient and trouble-free.

Thanks to this solution, installers can be sure of proper protection of electrical installations, and end-users can have peace of mind knowing that their devices are protected against damage caused by overloads or short circuits.