Fuse link - NH2/K gG 160A/690V - time-lag / with striker 004114345
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Fuse link - NH2/K gG 160A/690V - time-lag / with striker 004114345
Safety and installation protection with NH2/K fuse link
The NH2/K gG 160A/690V fuse link is a reliable element protecting electrical circuits against the effects of overloads and short circuits. Designed for use in AC installations with a voltage of up to 690V, it provides effective protection for wires and devices. The gG characteristic (formerly gL) makes it ideal for protecting the entire electrical installation – it allows for short-term overloads that may occur during the starting of motors or other loads.
Construction and application
The NH2/K fuse link is manufactured in accordance with IEC 60269-1 and IEC 60269-2 standards, which guarantees its high quality and reliability. The NH2 size indicates its physical dimensions and compatibility with appropriate fuse holders. It has a blown indicator that makes it easy to visually identify a blown fuse – after activation, the fuse protrudes, signaling the need for replacement.
This fuse link is characterized by a rated current of 160A, making it suitable for circuits with high current draw. It can be used in AC installations with a voltage of up to 690V, providing a wide range of applications in industry and commerce. The short-circuit breaking capacity of 100kA guarantees safe disconnection of the circuit in the event of a failure. The gG characteristic provides protection against overloads and short circuits, and the blown indicator facilitates quick identification of a faulty element.
It is worth remembering that the lack of metal insulated grips (IMGL) means a standard design, which is sufficient in most industrial and commercial applications. Fuse links of this type are commonly used in power distribution boards, control cabinets and other electrical equipment.
CERTIFICATES, APPROVALS, SAFETY, COMPLIANCE AND WARNINGS
cert_title_deklaracja_zgodności_(ce)
Attachments

