NH2CG63

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NH2CG63 is an electrical specialty fuse that belongs to the NH-series which is manufactured by Littelfuse. It is used for applications with AC or DC voltages of up to 1000V. This fuse is ideally suited for solar photovoltaic systems, DC power converters, and other applications which require very high current interruption levels.

The NH2CG63 fuse body is made from durable and reliable polycarbonate and has a high-strength steel end cap. The contacts are silver-plated copper and are designed to have minimal contact resistance for optimal current interruption. This fuse is also UL and CSA rated for safety.

The NH2CG63 fuse has two different ratings based on whether it is designed for AC or DC voltages. For AC voltages, the fuse has a rating of 1000V AC, 8kA at a nominal current of 63 Amps. For DC voltages, the fuse has a rating of 1000V DC, 6kA at a nominal current of 56 Amps.

The NH2CG63 fuse is designed to be used in medium voltage power distribution systems. It can be used in place of traditional power distribution systems by using only a few small NH2CG63 fuses instead of a large amount of fuses. This provides many benefits such as improved safety, space and cost savings.

The working principle of the NH2CG63 fuse is relatively simple. When the current through the fuse exceeds the rated current, the heat generated causes the contacts to open the circuit. This interrupts the current flow and prevents further damage to the circuit or components. This ensures that the circuit is not overloaded and protects against potential fire hazards.

The NH2CG63 fuse is incredibly versatile and is ideal for use in a variety of applications. The small size of the fuse makes it suitable for use in tight spaces, and the high current interruption ratings make it perfect for use in solar photovoltaic and DC power systems.

Overall, the NH2CG63 is a reliable electrical specialty fuse that can be used in many applications. Its high current interruption ratings, small size, and UL and CSA ratings make it perfect for medium voltage power distribution systems. The simple working principle of the fuse ensures reliable circuit protection and helps to prevent potential fire hazards.

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