200NH1M Application Field and Working Principle

200NH1M is a special type of electrical fuse developed by the German company Siemens. It is used in many applications and can provide reliable voltage and current overload protection. The construction of this type of fuse includes a new high-strength material, simensit, obtained from an original process that ensures a long cycle rating and a low voltage drop. This excellent and unique material make it the ideal fuse for electrical devices with high power consumption.

Application fields of 200NH1M

200NH1M is widely used in electrical appliances. It has been widely used in electrical systems for various kinds of industries, like oil drilling industry, automatic control industry, power plant industry, electrical industry, chemical industry, military industry and so on. Because of its reliable voltage and current protection capability, it can effectively prevent current surge, overload or other faults in electricals equipments and circuits.

Working principle of 200NH1M

200NH1M is a type of electrical fuse which works in the following manner. It has two terminals. When it is connected to the electrical device (like a motor), electric current will flow through it. If the current is higher than the predetermined limit, the fuse wire will quickly vaporize and thus disconnect the device from the power. This prevents any serious damage that could be caused by current overload.

The working principle of the fuse is simple and reliable. The main components of the fuse are the fuse wire, two terminals, and the enclosure. The two terminals are the wires that connect the fuse to the electrical equipment. When the electrical current enters the fuse, it passes through the fuse wire. When the current exceeds the predetermined limit, the heat generated from the high current will cause the fuse wire to vaporize and disconnect the current.

Conclusion

200NH1M is a reliable and safe fuse that provides voltage and current protection for electrical systems. It has many applications in various industries and can effectively prevent current overloads and other faults. Its simple working principle and high-strength material make it an ideal component for any electrical device.