7.2WKMH7200

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Today, electrical, specialty fuses are one of main components in electrical devices. The 7.2WKMH7200 is one such fuse designed for use in high energy consumption applications. It is designed to provide optimal safety and performance when used in any electrical device that requires a high current draw. Here we will discuss the application field and working principle of the 7.2WKMH7200.

The 7.2WKMH7200 is an 8mm diameter, single-piece, panel-mountable high-voltage fuse. It is designed for applications up to an impulse voltage of 1.25kV and can handle up to 125A current draw. It has a breaking capacity of 5kA, making it ideal for high-voltage applications. The 7.2WKMH7200 is also suitable for a variety of low-voltage applications up to 400V.

The working principle of the 7.2WKMH7200 is based on the concept of over-current protection. This fuse is designed with a metallic strip that is connected in series to the power source or load. When the current draw exceeds the rated value of the fuse, the metal strip heats up and melts, resulting in an open-circuit and breaking of the power source or load. This helps prevent damage to the device or system to which it is connected.

The 7.2WKMH7200 is commonly used in automotive, industrial, and consumer electronics applications. It can be used to protect circuits from over-voltages and current surges. Due to its high-voltage system, it can also be used to protect inverters, DC converters, UPS systems, and regulated power supplies. The 7.2WKMH7200 is also commonly used in home security systems, home automation systems, and various other electronic devices that require reliable and effective over-current protection.

The 7.2WKMH7200 is a reliable and efficient fuse that is easy to install and use. It is also cost-effective and highly durable, making it ideal for a wide range of applications. With its high breaking capacity, it is suitable for use in high energy consumption applications. It is a safe and reliable way to protect circuits from over-current and over-voltage damage, and is an essential component of any sophisticated electronic system.

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