0664.800HXLL

0664.800HXLL fuses are used to protect electronic components and industrial control applications. They are designed to detect an overload or short circuit condition to protect inputs and outputs from high-current power surges.

This kind of fuse has a response time of 6 milliseconds or less so it can respond quickly to electrical faults and protect the components from damage. It is rated for currents up to 300 amps and an operating temperature range from -40 to 85 degrees Celsius. The fuse also has a mechanical disconnect switch that automatically breaks the current flow when it is tripped.

The construction of the fuse consists of glass or ceramic contact pieces that make up the two-pole system. A spring mechanism is used to make a connection between the two contacts when current flows through it. A small resistance wire is embedded in the contacts to help protect against sparks or arcs. The two contacts are separated by a plastic covering that can withstand extreme heat and is resistant to corrosion and oxidation.

The fuse works by detecting an overload or short circuit condition and automatically breaking the current flow. When an overload or short circuit occurs, the current flow through the contacts increases. This causes the resistance wire to heat up and create a spark that trips the fuse and breaks the current flow. If the current is stopped, the fuse will reset itself and allow current to flow again.

The 0664.800HXLL fuse can be used in a range of applications such as automotive electronics, home appliances, computers, industrial control systems, and power distribution systems. It can also be used in solar and wind power systems to protect against power surges.

In conclusion, 0664.800HXLL is a reliable and efficient fuse that can protect electronic components and industrial applications. It has a fast response time, is rated for high-currents, and is resistant to heat, corrosion, and oxidation. It is designed to detect overload or short circuit conditions and quickly break the current flow to protect components from power surges.