Cylindrical fuse link CH8x32 gG 6A/400V 002651004

Safety and protection of electrical installations

Cylindrical fuse link CH8x32 gG 6A/400V is an element used to protect electrical circuits against overload and short circuit. It is a basic element ensuring the safety of using electrical installations both in residential and industrial buildings. This fuse link, thanks to its gG characteristic, provides delayed tripping, which is particularly important in the case of loads with short-term overvoltages, such as motors or transformers.

Characteristics and application

The CH8x32 gG 6A/400V fuse link is designed to operate in alternating current (AC) circuits with a voltage of 400V. Its size of 8x32 mm makes it compatible with dedicated fuse disconnectors. The gG characteristic (main protection) means that this fuse link provides full protection against overloads and short circuits, protecting wires and devices from damage. It is a universal solution used in many electrical installations.

Key features and benefits

• Overload protection: The fuse link protects the electrical installation from damage caused by excessive current draw.
• Short-circuit protection: Reacts quickly to a short circuit, disconnecting the circuit and minimizing the risk of fire or equipment damage.
• gG characteristic: Provides delayed tripping, allowing for trouble-free starting of devices with high inrush current – such as motors or transformers – without unnecessary tripping of the circuit.
• Standard size: 8x32 mm size guarantees compatibility with a wide range of fuse disconnectors available on the market.
• Rated voltage 400V: Adapted to work in standard electrical installations with a voltage of 400V.
• Simple installation: Replacing the fuse link is quick and easy, minimizing downtime of the installation.
• Compliance with standards: The product meets appropriate safety standards, guaranteeing its reliability and safety of use.

It is important to remember that proper selection of the fuse link to the load is crucial to ensure effective protection of the electrical installation. The selection should take into account the power of connected devices and the characteristics of the load.