0674006.MXEP Datasheet/PDFFuses
0674006.MXEP is a fusible element module that follows the international standards of IEC/EN60947-2. This commonly used electrical safety device is made up of a piece of metal that can quickly melt and break the circuit when a certain amount of current exceeds the preset limit. It is essentially a safety switch with specific applications that can serve a variety of purposes.
Application Field
0674006.MXEP can be used in a wide range of applications, including protecting consumer appliances from sudden power surges, providing overload protection to circuit breakers, and preventing the short-circuiting of power supplies. Additionally, they can be used in industrial situations, such as preventing overloads on electric motors or other pieces of equipment. The range of voltage applications is incredibly broad, as 0674006.MXEP can be used in both low and medium voltage circuits. They are also suitable for use in both commercial and residential buildings, making them a highly versatile choice for many different needs.
Working Principle
The working principle of 0674006.MXEP is quite simple. The module contains a metal strip that is normally in contact with the connecting terminal. When the current flow in a circuit exceeds the preset limit of 0674006.MXEP, the metal strip is heated up and will expand. This expansion will cause the metal strip to break the physical contact between the connecting terminals, effectively breaking the circuit to prevent any further damage. The 0674006.MXEP is designed to melt quickly, thus rapidly reducing the flow of current in the circuit. This helps to ensure the safety of any connected equipment or people in the vicinity.
Conclusion
The 0674006.MXEP is a versatile and reliable option for providing additional protection to any circuit. With its wide range of applications and reliable performance, it is easy to see why it has become so popular among many different types of circuits. As long as it is properly installed and maintained, the 0674006.MXEP will help to ensure the continued safety of any connected equipment.