0AGW003.V

0AGW003.V Application Field and Working Principle

The 0AGW003.V is a high-performance fuses produced by Wieland Electric, an internationally acclaimed manufacturer of electrical components.

The 0AGW003.V provides comprehensive protection of an electrical system in case of short circuit and overcurrent failures. The fuse is designed to interrupt current within milliseconds in order to protect the system and its components from damage.

Applications

The 0AGW003.V is well suited to a variety of applications, including industrial, commercial, and residential. In industrial settings, it can be used to provide protection in a wide range of processes, from motor control, automation, and lighting, to welding and power electronics.

It can also be used in residential applications, such as the protection of lamps, washing machines, and electronic devices. It is particularly well suited for use in industrial control systems, as it is resistant to surge forces and temperature variations.

The 0AGW003.V is also suitable for use in photovoltaic systems, such as solar panel installations. It provides both short-circuit and overload protection, ensuring that no components are damaged by excessive current flow in the system. Further, it is certified to safety standards, so there is no risk that it will endanger personnel or equipment.

Installation

The 0AGW003.V can be easily installed. The fuse is designed to fit into a standard DIN rail, and is equipped with fast connect technology. The fast connect technology makes it possible to connect and disconnect the fuse quickly and securely, without the need for tools.

The 0AGW003.V has a connection range of 0.1 – 400A, so it can easily be used in a variety of applications. The fuse also has an operating temperature range of -55 to 85 °C, so it can be used in extreme temperatures.

Working Principle

The 0AGW003.V is a thermal-magnetic fuse, meaning that it functions according to both thermal and magnetic principles. In this type of fuse, an axial current-carrying element is connected to a “trip” mechanism, which is in turn connected to a bimetallic strip.

When an overload occurs, the current flowing through the bimetallic strip causes it to heat up. When the strip reaches its melting point, the trip mechanism is released, and the axial current element breaks, opening the circuit and preventing any further current flow.

At the same time, the 0AGW003.V is designed to respond to high currents caused by short circuits. When a short circuit occurs, an electromagnet located in the fuse reacts, causing the trip mechanism to open in milliseconds. This ensures that the circuit is disconnected as quickly as possible, thus preventing further damage to the system.

Conclusion

The 0AGW003.V is a highly reliable fuse that can provide comprehensive protection for electrical systems in a variety of applications. It is easy to install and has been certified to safety standards. Further, its thermal-magnetic design allows it to respond quickly to both overloads and short circuits. Overall, the 0AGW003.V is an excellent choice for providing reliable protection in any application.