Fuses

0665.100HXSL Application Field and Working Principle

A fuse, which is referred to as a thermal cutoff, is designed to protect an electrical circuit from overheating due to excessive current. The 0665.100HXSL fuse is a high-current version of that, rated for up to 30A in an open-style cartridge or open-style body. It’s designed for use in industrial and other applications which need a high-current protection device.

The 0665.100HXSL fuse has a glass tube body, filled with a low-melting-point lead alloy which maintains its stability and electrical properties over a wide range of temperatures. In the event of a high current flow, the heat produced by the current and contact resistance causes the alloy to melt. This interrupts the circuit, thus providing protection from over current.

The 0665.100HXSL fuse is designed to resist arcing, and has a greater tolerance of vibration. It also provides good protection against electric shock, since it breaks the circuit in a fraction of a second. The fuse is also reversible, and can be replaced without opening the circuit.

The 0665.100HXSL fuse is suitable for a variety of different applications, including industrial machinery, electric motors, appliances, computers, and other electronic devices. It’s especially useful for locations where high current is flowing, because it can respond quickly to even small changes in current. Its physical size is also much smaller than other fuses of equal rating.

In terms of its functional advantages, the 0665.100HXSL fuse features a fast response time, meaning it can quickly cut off the current flow when the current level exceeds its maximum rating. It also has a high resistance to electrical shocks and vibration, making it suitable for industrial and other higher-risk installations. Additionally, it has a low likelihood of arcing, since its contacts are designed to be well-sealed from the atmosphere.

The 0665.100HXSL fuse is a robust and efficient thermal cutoff that is suitable for a variety of high-current applications. Its fast response time, wide tolerance of temperature and vibration, and reliable protection from electric shock make it an excellent choice for industrial and electronic applications. It is available in a range of sizes and styles and can be easily replaced in the event of a fault.