03261.25H

03261.25H is a type of fuse, it is a frequently used fuse in industrial production. It is widely used in the fields of aviation, railway, automobile, marine, machinery, electrical and electronics around the world.

The 03261.25H is a high breaking capacity fuse that comprises an encased body with two open ends, which is designed to limit the electric current in an electric circuit and help protect components such as wiring, switches, motors, and other electronic devices. It is a common fuse in the industry.

The 03261.25H fuse is designed with one connection that allows it to operate in high temperature environment. It is highly temperature resistant and has a low thermal shock resistance. The fuse is also designed with a graduator that indicates the current passing through the fuse. The graduator features two specific values that indicate the maximum safe amount of current that the fuse can carry.

The 03261.25H is designed with a working principle, which is based on the Joule\'s Law of Hot Wire, or the Joule-Thomson Effect. This law states that when a current is passed through a heated wire, a temperature gradient will be formed between the ends of the heated wire. This heat gradient will then cause a decrease in electrical current, which in turn, will lead to a decrease in electrical power. When the fuse reaches a certain temperature, the current will stop flowing, and the circuit will be protected.

The 03261.25H is typically used in applications such as power supply load protection, circuit overload short-circuit protection, motor protection, and other electrical current-sensitive applications. It is used in various equipment such as circuit breakers, fuse boxes, circuit protection devices, and other industrial applications. This particular fuse is designed with a thermal expansion coefficient that helps it to adjust to different temperatures.

In conclusion, the 03261.25H is a commonly used high breaking capacity fuse that is used in various industrial applications. It is designed with a working principle based on Joule-Thomson Effect and is made with a thermal expansion coefficient to adjust to various temperatures. The fuse is able to limit the electrical current in an electrical circuit and help protect components and devices. The fuse is especially useful in applications such as power supply load protection, circuit overload short-circuit protection, motor protection, and other electrical current-sensitive applications.