Fuse link - NHS000/80 UQ2 gR 80A/690V - ultra-fast / screw terminals S 004721113
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Sales unit dimensions and weight: 1 pcs
Fuse link - NHS000/80 UQ2 gR 80A/690V - ultra-fast / screw terminals S 004721113
Ultra-fast installation protection – 80A fuse link
This fuse link model, with a rated current of 80A and a voltage of 690V, is a reliable safety element for electrical circuits. Designed to work with devices requiring a quick response to overloads and short circuits, it is ideal for industrial and commercial applications. Its construction based on the gR utilization category ensures effective protection of semiconductor elements – crucial in modern installations.
The fuse link is characterized by a fast response time, which minimizes the risk of damage to sensitive components. The use of screw terminals of type S facilitates installation and ensures a secure electrical connection. The top indicator allows for visual control of the fuse link status – whether it has operated and needs to be replaced.
- Fast protection: The gR category dedicated to protecting semiconductor elements guarantees a lightning-fast reaction to short circuits or overloads. This is particularly important in power supply systems for power tools, inverters or switch-mode power supplies.
- Adapted to AC voltage operation: The fuse is designed for alternating current (AC) circuits, making it a universal solution in most electrical installations.
- Easy installation: Screw terminals of type S provide convenient and secure connection of wires, saving time during installation and maintenance.
- Visual status control: The top indicator allows for quick identification of a blown fuse without the need for disassembly.
- Durable construction: Ensures long-lasting and reliable operation even in harsh operating conditions.
It is important to remember that proper selection of the fuse link is crucial for the safety and reliability of the electrical installation. The selection should take into account the nature of the load and the requirements regarding the response time to overloads and short circuits.

