Fuse link - NH1/85 gG 160A/1000V - time-lag 004113716

Safety and electrical installation protection

NH1/85 160A gG fuse link is an element used to protect electrical circuits against overloads and short circuits. Designed for use in installations with a voltage of up to 1000V, it provides reliable protection for devices and cables. Its time-delay characteristic (gG) means that it allows for short-term current overloads without disconnecting the circuit – which is particularly important when starting devices with motors or other elements generating starting current.

Construction and application

The fuse link is made of high-quality materials, which guarantees its durability and reliability. It has a top indicator that visually informs about a blown fuse – this facilitates quick identification of the damaged element and minimizes downtime of the installation. The rated current of 160A means that this fuse link is used to protect circuits with medium and high power. It is compatible with dedicated NH1/85 fuse holders.

Key features and benefits

• Overload and short circuit protection: Protects the electrical installation against damage caused by excessive load or short circuit.
• Time-delay characteristic (gG): Allows for momentary current overloads, which is important when operating devices with motors or transformers. Eliminates unnecessary shutdowns caused by short-term current surges.
• Operation indicator: Enables quick visual identification of a blown fuse, which shortens repair time and minimizes downtime.
• Rated voltage 1000V: Ensures safety in high-voltage installations.
• AC voltage type: Designed to operate in alternating current circuits.
• No metal insulated grips (IMGL): Increases safety during fuse replacement.
• Standard size NH1/85: Allows for easy replacement of existing fuse links of this type.

It is important to remember that proper selection of the fuse link is crucial to ensure the safety and reliability of the electrical installation. The rated current of the circuit and the characteristics of the protected devices should be taken into account.