Fuse link - NH2 gG 315A/500V - time-lag 004185222

Knife fuse links – reliable installation protection

NH2 gG 315A/500V fuse link is an element used to protect electrical installations against the effects of short circuits and overloads. It is a proven component, manufactured in accordance with PN-93/E-06160 (gF), PN-IEC-269 and VDE 0636 standards. The fuse link is characterized by a high short-circuit breaking capacity, reaching 120 kA, which ensures effective protection even in the event of serious failures.

Construction and characteristic features

The NH2 fuse link is made of high-quality materials – a steatite body and silver-plated knife contacts. This construction guarantees thermal stability and corrosion resistance. In addition, the fuse link is equipped with a double operating indicator – a red eye on the ceramic body and a springy plate on the upper cover. This solution facilitates quick identification of a blown fuse, both in the base and in the fuse disconnector. This allows for quick restoration of power after removing the cause of the failure.

Application and benefits

NH2 fuse links are widely used in industry, construction and energy infrastructure. They are ideal for protecting power lines, switchgear and electrical equipment. By choosing this fuse link, you gain:

• Effective protection against the effects of short circuits and overloads – protects the circuit from damage and ensures safe use.
• High reliability – thanks to the use of high-quality materials and compliance with European standards.
• Easy identification of operating status – a double operating indicator facilitates quick detection of a blown fuse.
• Remote signaling capability – compatibility with the NVS 5 microswitch enables remote monitoring of the fuse link status.
• Manufactured in the EU - guarantee of quality and compliance with European standards.
• Low power losses - thanks to the optimal design, energy losses are minimized during device operation (22.5 W).
• Compliance with IEC 60269-1 and IEC 60269-2 standards, which confirms safety and efficiency.