0TLN250.X

0TLN250.X Application Field and Working Principle

The 0TLN250.X model is a specialty fuse created by the well-known XTELA Corporation. This fuse model belongs to the 0TLN series and is ideal for applications that require high interruption characteristics. It also offers good performance in overcurrents and limited short circuit current protection.

The 0TLN250.X fuse model has a nominal value of 250A and a breaking capacity of 10kA. It operates at a temperature range of -40°C to +125°C. The 0TLN250.X is suitable for fast and slow blow protection and for DC, AC and pulsed current applications. It has a wide range of acceptably minimum and maximum fuse current ranges.

Working Principle

The 0TLN250.X fuse works on the principle of a fuse element, which is a metal strip that has a specific melting point. When current flows through the element, it starts to heat up and when it reaches the melting temperature, the element melts, creating an open circuit. This open circuit prevents any further current flow through the element, hence protecting the electrical circuit from an overload.

The 0TLN250.X fuse is designed to provide reliable protection against short circuit, overvoltage, and overload conditions. It features a highly reliable current overload protection and fast acting short circuit protection.

The 0TLN250.X fuse model offers a number of advantages over other competing types of specialty fuses. It features excellent performance in a wide range of operating temperatures, superior overload and short-circuit protection, and offers a safe and secure installation.

Applications

The 0TLN250.X fuse can be used in a variety of applications requiring reliable overcurrent and short-circuit protection. It is suitable for use in high voltage power distribution systems, motor protection, electrical installations, and other applications involving high voltage and heavy load situations.

The 0TLN250.X fuse is also suitable for use in different industries, including power generation, power supply, and other safety-critical applications. It is designed to provide reliable performance and is a cost-effective solution for providing reliable overcurrent and short-circuit protection.