0672010.DRT4P

Fuses have been used in electric circuits to protect them from over-current, overload, and short circuiting since the invention of electricity. They carry a very important function, which is why they are found in virtually all electrical installations. The 0672010.DRT4P is a special type of fuse designed for use in DC applications. This article covers its application field and working principle.

Application Field:

The 0672010.DRT4P is a DC fuse designed specifically for hardened installation and positioning requirements. It has two configurations; one for shallow depth and the other for deeper depth mounting.It is widely used in DC-powered, telecommunications, and other equipment because of its high-performance characteristics. It can also be used in any application requiring high-current ratings and when AC fuses cannot be used.

Working Principle:

The 0672010.DRT4P works on the principle of an electric current cut off in case of an overload or when a fault occurs. The fuse is made up of two metal strips that are connected in series. When the electric current running through them exceeds the rated value, the metal strips heat up and physically disconnect the circuit. This helps to prevent any further damage caused by the high-current.

The 0672010.DRT4P uses a special type of contact point, which protects the fuse from spark erosion and ensures a secure connection. The fuse also has surface mounting and molding configurations which makes it easier to position in places where other types of fuses would be difficult. It features a low voltage drop, which helps reduce energy losses from the circuit.

Conclusion:

The 0672010.DRT4P is a type of DC fuse designed for high-current applications and hard installations. It is designed with special contact points and molding configurations to make it easy to install and durable. The fuse works by disconnecting electric circuits in case of overload or fault, helping to prevent further damage. This makes the 0672010.DRT4P a valuable tool for any DC application requiring reliable protection.